___________________________ Reading faults for: Battery Pack Control Module (BPCM) ___________________ Faults reported: 28. 7. 2025 21:49:49 Faults found. P167B ___________________ ___________________________ 'Clear fault codes' command sent ___________________________ Reading faults for: Battery Pack Control Module (BPCM) ___________________ Faults reported: 28. 7. 2025 21:50:01 Faults found. P167B ___________________ ___________________________ Reading faults for: Battery Pack Control Module (BPCM) ___________________ Faults reported: 28. 7. 2025 21:59:38 ___________________________ Reading faults for: Battery Pack Control Module (BPCM) ___________________ Faults reported: 20. 8. 2025 20:15:42 Faults found. P167B ___________________ Odometer: 97618,00 km ECU Time Stamps (RAM): 456794 min ECU time stamps (EEPROM): 456788 min ECU time stamps from KeyOn (RAM): 300 sec ECU time stamps from KeyOn (EEPROM): 705 sec KeyOn counter (EEPROM): 11407 ECU Time first DTC detection (EEPROM): 456783 min ECU Time Stamps from KeyOn first DTC detection (EEPROM): 435 sec Realignment Status: No ProgrammingStatus (EEPROM / FLASH): Boot Block NOT present: No Application Block NOT Present: No Data Block NOT Present: No Transfer Data - Wrong Sequence: No Transfer Data - Incompatible block size: No Routine Control - Erase Memory - Wrong Size: No Routine Control - Erase Memory - Wrong Address: No Routine Control - Checksum - Wrong Address: No Routine Control - Checksum - Wrong Size: No Routine Control - Checksum - Wrong Checksum: No Wrong Sequence - WriteDataByLocal: No Wrong Sequence - Erase: No Wrong Sequence - BlockTransfer: No Wrong Sequence - CheckSum: No Wrong Security Access: No Request Download - Incompatible Area: No Request Download - Incompatible Type: No Request Download - Incompatible Size: No Hardware / Application Software not compatible: No Application Software / Data Application not compatible 1: No Active Diagnostic Status Of ECU: Running in Application mode Gateway: No ECU Variant ID: 01 ECU Version ID: 08 Odometer: 97618,00 km ECU Time Stamps (RAM): 456794 min ECU time stamps (EEPROM): 456788 min ECU time stamps from KeyOn (RAM): 315 sec ECU time stamps from KeyOn (EEPROM): 705 sec KeyOn counter (EEPROM): 11407 ECU Time first DTC detection (EEPROM): 456783 min ECU Time Stamps from KeyOn first DTC detection (EEPROM): 435 sec Realignment Status: No ProgrammingStatus (EEPROM / FLASH): Boot Block NOT present: No Application Block NOT Present: No Data Block NOT Present: No Transfer Data - Wrong Sequence: No Transfer Data - Incompatible block size: No Routine Control - Erase Memory - Wrong Size: No Routine Control - Erase Memory - Wrong Address: No Routine Control - Checksum - Wrong Address: No Routine Control - Checksum - Wrong Size: No Routine Control - Checksum - Wrong Checksum: No Wrong Sequence - WriteDataByLocal: No Wrong Sequence - Erase: No Wrong Sequence - BlockTransfer: No Wrong Sequence - CheckSum: No Wrong Security Access: No Request Download - Incompatible Area: No Request Download - Incompatible Type: No Request Download - Incompatible Size: No Hardware / Application Software not compatible: No Application Software / Data Application not compatible 1: No HVIL Status: HVIL Source Current: 0,00 mA PWM Duty Cycle: 50,59 % PWM Frequency: 0,08 KHz BPCM HVIL Status Table: Not Sourced BPCM 12 Volt connector inputs: Cooling Pump Speed: 100,00 % Contactor Command PWM: 72,94 % Battery Coolant Heater PWM: 85,10 % EV Wake Up: Sourced Battery Coolant Heater Enable: Sourced Battery Coolant Chiller Enable: Not Sourced Radiator Temp Sensor Validity: Sourced OBCM Wakeup Signal: Not Sourced Positive Contactor: Open Negative Contactor: Open Precharge Contactor: Open Battery Coolant Chiller 3 Way Coolant Valve: Open Battery Coolant Heater 3 Way Coolant Valve: Open Cooling Pump Relay Drive: Not Sourced BPCM HVIL Status: Not Sourced Discharge/Charge Amp Hours: Charge Amp Hours: 47645,10 AH Discharge Amp Hours: 46925,20 AH Discharge KW/Hours: 13402,00 kWH Charge KW/Hours: 15337,00 kWH HV Battery Miles: 59327,94 Miles State Of Health Adjustment In progress: Max SOC: 12,16 % Average SOC: 8,24 % Min SOC: 4,71 % Life Number of SOH-C adjustments: 3893 Last Adjust (abs): 0,03 AH Diagnostic Contactor Dis/Enabler (Engineering - Manufacturing): Enabled Diagnostic Contactor Enabler(Service): Enabled SOC Histo: 0.0% to 19.9%: 5250 min 20.0% to 29.9%: 21845 min 30.0% to 39.9%: 43695 min 40.0% to 49.9%: 54365 min 50.0% to 59.9%: 56140 min 60.0% to 69.9%: 69500 min 70.0% to 79.9%: 76910 min 80.0% to 100%: 179135 min Number Of Open/Closed: Opens: 14248 Closes: 14248 Opens Under Load: 0 Impending Opens: 4 Open Requests (From the battery): 2 Loss 12V: 13 PreCharge Failures: 0 Failure to write to EEPROM(Moved to Default) ->> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3532 mV Min Cell Voltage: 3348 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 26 °C Min Cell Temperature: 25 °C State of Charge: State of Charge Last Stored: 4,71 % Power-up State of Charge: 4,71 % State of Charge: 4,71 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 335,80 V High Voltage Sensor (Pack): 338,30 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Invalid Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: No Contactor Open Request: No Open command received during precharge: No Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 6,40 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 52690 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 4,71 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 43 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5722,50 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 23 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 2,20 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 0,00 V Battery Total Time Awake: 30237571 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 61380 min HV Bat Per Wakeup 12V Charge Disable: Enabled HV Bat Per Wakeup Balance Disable: Enabled HV Bat Per Wakeup Charge Disable: Enabled HV Bat Per Wakeup Thermal Cold Disable: Enabled HV Bat Per Wakeup Thermal Hot Disable: Enabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 26 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 12,02 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186500 min 20< T < 30: 238450 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 28 °C 2: 28 °C 3: 28 °C 4: 28 °C 5: 29 °C 6: 29 °C 7: 28 °C 8: 28 °C 9: 29 °C 10: 29 °C 11: 29 °C 12: 29 °C 13: 28 °C 14: 28 °C 15: 28 °C 16: 28 °C 17: 28 °C 18: 28 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 20,64 V 2: 20,81 V 3: 17,24 V 4: 17,24 V 5: 17,14 V 6: 17,25 V 7: 17,51 V 8: 17,47 V 9: 17,41 V 10: 17,38 V 11: 17,24 V 12: 17,12 V 13: 17,43 V 14: 20,86 V 15: 20,67 V 16: 20,80 V 17: 20,71 V 18: 20,32 V Block Voltage Sensors: 1: 20,65 V 2: 20,80 V 3: 17,24 V 4: 17,24 V 5: 17,14 V 6: 17,24 V 7: 17,52 V 8: 17,47 V 9: 17,43 V 10: 17,37 V 11: 17,25 V 12: 17,12 V 13: 17,43 V 14: 20,85 V 15: 20,68 V 16: 20,80 V 17: 20,71 V 18: 20,32 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3429 mV 2: 3424 mV 3: 3472 mV 4: 3445 mV 5: 3462 mV 6: 3443 mV 7: 3473 mV 8: 3486 mV 9: 3448 mV 10: 3451 mV 11: 3507 mV 12: 3478 mV Cell Voltages, 13 to 24: 13: 3421 mV 14: 3438 mV 15: 3478 mV 16: 3479 mV 17: 3452 mV 18: 3490 mV 19: 3456 mV 20: 3441 mV 21: 3476 mV 22: 3406 mV 23: 3376 mV 24: 3449 mV Cell Voltages, 25 to 36: 25: 3495 mV 26: 3418 mV 27: 3431 mV 28: 3500 mV 29: 3430 mV 30: 3445 mV 31: 3412 mV 32: 3485 mV 33: 3464 mV 34: 3520 mV 35: 3527 mV 36: 3498 mV Cell Voltages, 37 to 48: 37: 3532 mV 38: 3507 mV 39: 3530 mV 40: 3506 mV 41: 3476 mV 42: 3482 mV 43: 3478 mV 44: 3482 mV 45: 3492 mV 46: 3495 mV 47: 3494 mV 48: 3480 mV Cell Voltages, 49 to 60: 49: 3505 mV 50: 3501 mV 51: 3494 mV 52: 3425 mV 53: 3467 mV 54: 3445 mV 55: 3478 mV 56: 3420 mV 57: 3454 mV 58: 3364 mV 59: 3399 mV 60: 3473 mV Cell Voltages, 61 to 72: 61: 3449 mV 62: 3469 mV 63: 3525 mV 64: 3468 mV 65: 3521 mV 66: 3472 mV 67: 3464 mV 68: 3490 mV 69: 3477 mV 70: 3518 mV 71: 3467 mV 72: 3453 mV Cell Voltages, 73 to 84: 73: 3486 mV 74: 3457 mV 75: 3431 mV 76: 3470 mV 77: 3456 mV 78: 3464 mV 79: 3427 mV 80: 3520 mV 81: 3491 mV 82: 3483 mV 83: 3449 mV 84: 3469 mV Cell Voltages, 85 to 96: 85: 3418 mV 86: 3462 mV 87: 3462 mV 88: 3502 mV 89: 3427 mV 90: 3451 mV 91: 3434 mV 92: 3370 mV 93: 3351 mV 94: 3348 mV 95: 3451 mV 96: 3396 mV Module Temperature Sensors: 1: 25 °C 2: 25 °C 3: 25 °C 4: 25 °C 5: 25 °C 6: 25 °C 7: 26 °C 8: 26 °C 9: 26 °C 10: 26 °C 11: 25 °C 12: 25 °C 13: 25 °C 14: 25 °C 15: 25 °C 16: 25 °C 17: 25 °C 18: 26 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3532 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3722 mV Cell Number 2nd highest: 34 Max EEPROM 3rd highest: 3722 mV Cell Number 3rd highest: 34 Max EEPROM 4th highest: 3723 mV Cell Number 4th highest: 39 Max EEPROM 5th highest: 3723 mV Cell Number 5th highest: 31 Max EEPROM 6th highest: 3724 mV Cell Number 6th highest: 34 Max EEPROM 7th highest: 3723 mV Cell Number 7th highest: 31 Max EEPROM 8th highest: 3724 mV Cell Number 8th highest: 39 Max EEPROM 9th highest: 3724 mV Cell Number 9th highest: 34 Max EEPROM 10th highest: 3725 mV Cell Number 10th highest: 34 Max EEPROM 11th highest: 3725 mV Cell Number 11th highest: 39 Max EEPROM 12th highest: 3726 mV Cell Number 12th highest: 39 Max EEPROM 13th highest: 3727 mV Cell Number 13th highest: 31 Max EEPROM 14th highest: 3728 mV Cell Number 14th highest: 34 Max EEPROM 15th highest: 3729 mV Cell Number 15th highest: 34 Max EEPROM 16th highest: 3731 mV Cell Number 16th highest: 34 Max EEPROM 17th highest: 3732 mV Cell Number 17th highest: 39 Max EEPROM 18th highest: 3733 mV Cell Number 8th highest: 34 Max EEPROM 19th highest: 3734 mV Cell Number 19th highest: 34 Max EEPROM 20th highest: 3734 mV Cell Number 20th highest: 31 Top 20 lowest cells: Min EEPROM 1st lowest: 3349 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3709 mV Cell Number 2nd lowest: 58 Min EEPROM 3rd lowest: 3709 mV Cell Number 3rd lowest: 16 Min EEPROM 4th lowest: 3711 mV Cell Number 4th lowest: 16 Min EEPROM 5th lowest: 3712 mV Cell Number 5th lowest: 16 Min EEPROM 6th lowest: 3712 mV Cell Number 6th lowest: 58 Min EEPROM 7th lowest: 3712 mV Cell Number 7th lowest: 16 Min EEPROM 8th lowest: 3712 mV Cell Number 8th lowest: 16 Min EEPROM 9th lowest: 3713 mV Cell Number 9th lowest: 16 Min EEPROM 10th lowest: 3713 mV Cell Number 10th lowest: 16 Min EEPROM 11th lowest: 3714 mV Cell Number 11th lowest: 16 Min EEPROM 12th lowest: 3714 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3716 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3718 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3718 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3720 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3721 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3722 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3723 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3725 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3531 mV Min Cell Voltage: 3348 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 26 °C Min Cell Temperature: 25 °C State of Charge: State of Charge Last Stored: 4,71 % Power-up State of Charge: 4,71 % State of Charge: 4,71 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 335,80 V High Voltage Sensor (Pack): 338,40 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Invalid Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: No Contactor Open Request: No Open command received during precharge: No Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 6,40 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 52695 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 4,71 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 43 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5722,50 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 23 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 2,20 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 0,00 V Battery Total Time Awake: 30237649 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 61380 min HV Bat Per Wakeup 12V Charge Disable: Enabled HV Bat Per Wakeup Balance Disable: Enabled HV Bat Per Wakeup Charge Disable: Enabled HV Bat Per Wakeup Thermal Cold Disable: Enabled HV Bat Per Wakeup Thermal Hot Disable: Enabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 26 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 12,02 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186500 min 20< T < 30: 238450 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 28 °C 2: 28 °C 3: 28 °C 4: 28 °C 5: 29 °C 6: 29 °C 7: 29 °C 8: 29 °C 9: 30 °C 10: 30 °C 11: 30 °C 12: 30 °C 13: 28 °C 14: 28 °C 15: 29 °C 16: 29 °C 17: 29 °C 18: 29 °C Active Diagnostic Status Of ECU: Running in Application mode Gateway: No ECU Variant ID: 01 ECU Version ID: 08 Odometer: 97618,00 km ECU Time Stamps (RAM): 456796 min ECU time stamps (EEPROM): 456788 min ECU time stamps from KeyOn (RAM): 420 sec ECU time stamps from KeyOn (EEPROM): 705 sec KeyOn counter (EEPROM): 11407 ECU Time first DTC detection (EEPROM): 456783 min ECU Time Stamps from KeyOn first DTC detection (EEPROM): 435 sec Realignment Status: No ProgrammingStatus (EEPROM / FLASH): Boot Block NOT present: No Application Block NOT Present: No Data Block NOT Present: No Transfer Data - Wrong Sequence: No Transfer Data - Incompatible block size: No Routine Control - Erase Memory - Wrong Size: No Routine Control - Erase Memory - Wrong Address: No Routine Control - Checksum - Wrong Address: No Routine Control - Checksum - Wrong Size: No Routine Control - Checksum - Wrong Checksum: No Wrong Sequence - WriteDataByLocal: No Wrong Sequence - Erase: No Wrong Sequence - BlockTransfer: No Wrong Sequence - CheckSum: No Wrong Security Access: No Request Download - Incompatible Area: No Request Download - Incompatible Type: No Request Download - Incompatible Size: No Hardware / Application Software not compatible: No Application Software / Data Application not compatible 1: No HVIL Status: HVIL Source Current: 0,00 mA PWM Duty Cycle: 50,59 % PWM Frequency: 0,08 KHz BPCM HVIL Status Table: Not Sourced BPCM 12 Volt connector inputs: Cooling Pump Speed: 100,00 % Contactor Command PWM: 72,94 % Battery Coolant Heater PWM: 85,10 % EV Wake Up: Sourced Battery Coolant Heater Enable: Sourced Battery Coolant Chiller Enable: Not Sourced Radiator Temp Sensor Validity: Sourced OBCM Wakeup Signal: Not Sourced Positive Contactor: Open Negative Contactor: Open Precharge Contactor: Open Battery Coolant Chiller 3 Way Coolant Valve: Open Battery Coolant Heater 3 Way Coolant Valve: Open Cooling Pump Relay Drive: Not Sourced BPCM HVIL Status: Not Sourced Discharge/Charge Amp Hours: Charge Amp Hours: 47645,10 AH Discharge Amp Hours: 46925,20 AH Discharge KW/Hours: 13402,00 kWH Charge KW/Hours: 15337,00 kWH HV Battery Miles: 59327,94 Miles State Of Health Adjustment In progress: Max SOC: 12,16 % Average SOC: 8,24 % Min SOC: 4,71 % Life Number of SOH-C adjustments: 3893 Last Adjust (abs): 0,03 AH Diagnostic Contactor Dis/Enabler (Engineering - Manufacturing): Enabled Diagnostic Contactor Enabler(Service): Enabled SOC Histo: 0.0% to 19.9%: 5250 min 20.0% to 29.9%: 21845 min 30.0% to 39.9%: 43695 min 40.0% to 49.9%: 54365 min 50.0% to 59.9%: 56140 min 60.0% to 69.9%: 69500 min 70.0% to 79.9%: 76910 min 80.0% to 100%: 179135 min Number Of Open/Closed: Opens: 14248 Closes: 14248 Opens Under Load: 0 Impending Opens: 4 Open Requests (From the battery): 2 Loss 12V: 13 PreCharge Failures: 0 Failure to write to EEPROM(Moved to Default) ->> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3532 mV Min Cell Voltage: 3348 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 26 °C Min Cell Temperature: 25 °C State of Charge: State of Charge Last Stored: 4,71 % Power-up State of Charge: 4,71 % State of Charge: 4,71 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 335,70 V High Voltage Sensor (Pack): 338,30 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Invalid Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: No Contactor Open Request: No Open command received during precharge: No Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 6,40 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 52695 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 4,71 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 43 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5722,50 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 23 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 2,20 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 0,00 V Battery Total Time Awake: 30237676 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 61380 min HV Bat Per Wakeup 12V Charge Disable: Enabled HV Bat Per Wakeup Balance Disable: Enabled HV Bat Per Wakeup Charge Disable: Enabled HV Bat Per Wakeup Thermal Cold Disable: Enabled HV Bat Per Wakeup Thermal Hot Disable: Enabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 26 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 12,02 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186500 min 20< T < 30: 238450 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 28 °C 2: 28 °C 3: 28 °C 4: 28 °C 5: 29 °C 6: 29 °C 7: 29 °C 8: 29 °C 9: 30 °C 10: 30 °C 11: 30 °C 12: 30 °C 13: 28 °C 14: 28 °C 15: 29 °C 16: 29 °C 17: 29 °C 18: 29 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 20,64 V 2: 20,81 V 3: 17,24 V 4: 17,24 V 5: 17,14 V 6: 17,25 V 7: 17,51 V 8: 17,47 V 9: 17,41 V 10: 17,38 V 11: 17,24 V 12: 17,12 V 13: 17,42 V 14: 20,86 V 15: 20,67 V 16: 20,80 V 17: 20,71 V 18: 20,32 V Block Voltage Sensors: 1: 20,65 V 2: 20,79 V 3: 17,24 V 4: 17,23 V 5: 17,14 V 6: 17,23 V 7: 17,52 V 8: 17,47 V 9: 17,42 V 10: 17,37 V 11: 17,24 V 12: 17,11 V 13: 17,43 V 14: 20,85 V 15: 20,68 V 16: 20,80 V 17: 20,71 V 18: 20,32 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3428 mV 2: 3423 mV 3: 3471 mV 4: 3445 mV 5: 3462 mV 6: 3442 mV 7: 3472 mV 8: 3485 mV 9: 3448 mV 10: 3451 mV 11: 3507 mV 12: 3477 mV Cell Voltages, 13 to 24: 13: 3421 mV 14: 3438 mV 15: 3478 mV 16: 3479 mV 17: 3452 mV 18: 3490 mV 19: 3456 mV 20: 3441 mV 21: 3476 mV 22: 3406 mV 23: 3376 mV 24: 3448 mV Cell Voltages, 25 to 36: 25: 3494 mV 26: 3419 mV 27: 3431 mV 28: 3500 mV 29: 3430 mV 30: 3445 mV 31: 3411 mV 32: 3484 mV 33: 3464 mV 34: 3519 mV 35: 3527 mV 36: 3498 mV Cell Voltages, 37 to 48: 37: 3532 mV 38: 3507 mV 39: 3529 mV 40: 3506 mV 41: 3476 mV 42: 3482 mV 43: 3478 mV 44: 3482 mV 45: 3492 mV 46: 3495 mV 47: 3494 mV 48: 3480 mV Cell Voltages, 49 to 60: 49: 3505 mV 50: 3501 mV 51: 3494 mV 52: 3425 mV 53: 3467 mV 54: 3445 mV 55: 3478 mV 56: 3421 mV 57: 3454 mV 58: 3364 mV 59: 3400 mV 60: 3472 mV Cell Voltages, 61 to 72: 61: 3449 mV 62: 3468 mV 63: 3525 mV 64: 3469 mV 65: 3521 mV 66: 3472 mV 67: 3464 mV 68: 3490 mV 69: 3478 mV 70: 3518 mV 71: 3467 mV 72: 3453 mV Cell Voltages, 73 to 84: 73: 3486 mV 74: 3457 mV 75: 3431 mV 76: 3470 mV 77: 3455 mV 78: 3464 mV 79: 3427 mV 80: 3520 mV 81: 3491 mV 82: 3483 mV 83: 3449 mV 84: 3469 mV Cell Voltages, 85 to 96: 85: 3418 mV 86: 3462 mV 87: 3462 mV 88: 3502 mV 89: 3427 mV 90: 3451 mV 91: 3435 mV 92: 3369 mV 93: 3351 mV 94: 3348 mV 95: 3451 mV 96: 3395 mV Module Temperature Sensors: 1: 25 °C 2: 25 °C 3: 25 °C 4: 25 °C 5: 25 °C 6: 25 °C 7: 26 °C 8: 26 °C 9: 26 °C 10: 26 °C 11: 25 °C 12: 25 °C 13: 25 °C 14: 25 °C 15: 25 °C 16: 25 °C 17: 25 °C 18: 26 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3532 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3722 mV Cell Number 2nd highest: 34 Max EEPROM 3rd highest: 3722 mV Cell Number 3rd highest: 34 Max EEPROM 4th highest: 3723 mV Cell Number 4th highest: 39 Max EEPROM 5th highest: 3723 mV Cell Number 5th highest: 31 Max EEPROM 6th highest: 3724 mV Cell Number 6th highest: 34 Max EEPROM 7th highest: 3723 mV Cell Number 7th highest: 31 Max EEPROM 8th highest: 3724 mV Cell Number 8th highest: 39 Max EEPROM 9th highest: 3724 mV Cell Number 9th highest: 34 Max EEPROM 10th highest: 3725 mV Cell Number 10th highest: 34 Max EEPROM 11th highest: 3725 mV Cell Number 11th highest: 39 Max EEPROM 12th highest: 3726 mV Cell Number 12th highest: 39 Max EEPROM 13th highest: 3727 mV Cell Number 13th highest: 31 Max EEPROM 14th highest: 3728 mV Cell Number 14th highest: 34 Max EEPROM 15th highest: 3729 mV Cell Number 15th highest: 34 Max EEPROM 16th highest: 3731 mV Cell Number 16th highest: 34 Max EEPROM 17th highest: 3732 mV Cell Number 17th highest: 39 Max EEPROM 18th highest: 3733 mV Cell Number 8th highest: 34 Max EEPROM 19th highest: 3734 mV Cell Number 19th highest: 34 Max EEPROM 20th highest: 3734 mV Cell Number 20th highest: 31 Top 20 lowest cells: Min EEPROM 1st lowest: 3349 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3709 mV Cell Number 2nd lowest: 58 Min EEPROM 3rd lowest: 3709 mV Cell Number 3rd lowest: 16 Min EEPROM 4th lowest: 3711 mV Cell Number 4th lowest: 16 Min EEPROM 5th lowest: 3712 mV Cell Number 5th lowest: 16 Min EEPROM 6th lowest: 3712 mV Cell Number 6th lowest: 58 Min EEPROM 7th lowest: 3712 mV Cell Number 7th lowest: 16 Min EEPROM 8th lowest: 3712 mV Cell Number 8th lowest: 16 Min EEPROM 9th lowest: 3713 mV Cell Number 9th lowest: 16 Min EEPROM 10th lowest: 3713 mV Cell Number 10th lowest: 16 Min EEPROM 11th lowest: 3714 mV Cell Number 11th lowest: 16 Min EEPROM 12th lowest: 3714 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3716 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3718 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3718 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3720 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3721 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3722 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3723 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3725 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3529 mV Min Cell Voltage: 3344 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 26 °C Min Cell Temperature: 25 °C State of Charge: State of Charge Last Stored: 4,71 % Power-up State of Charge: 4,71 % State of Charge: 4,71 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 335,50 V High Voltage Sensor (Pack): 338,10 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Invalid Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: No Contactor Open Request: No Open command received during precharge: No Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 6,40 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 52735 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 4,71 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 28 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5722,50 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 13 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 2,10 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 0,00 V Battery Total Time Awake: 30239539 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 0 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 31 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,72 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186500 min 20< T < 30: 238495 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 31 °C 2: 31 °C 3: 31 °C 4: 31 °C 5: 32 °C 6: 32 °C 7: 31 °C 8: 31 °C 9: 33 °C 10: 33 °C 11: 33 °C 12: 33 °C 13: 30 °C 14: 30 °C 15: 31 °C 16: 31 °C 17: 31 °C 18: 31 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 20,62 V 2: 20,79 V 3: 17,23 V 4: 17,23 V 5: 17,12 V 6: 17,23 V 7: 17,50 V 8: 17,46 V 9: 17,40 V 10: 17,36 V 11: 17,22 V 12: 17,11 V 13: 17,41 V 14: 20,84 V 15: 20,65 V 16: 20,78 V 17: 20,69 V 18: 20,30 V Block Voltage Sensors: 1: 20,63 V 2: 20,78 V 3: 17,23 V 4: 17,22 V 5: 17,12 V 6: 17,22 V 7: 17,50 V 8: 17,46 V 9: 17,41 V 10: 17,35 V 11: 17,23 V 12: 17,09 V 13: 17,41 V 14: 20,83 V 15: 20,66 V 16: 20,78 V 17: 20,69 V 18: 20,30 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3425 mV 2: 3420 mV 3: 3469 mV 4: 3442 mV 5: 3459 mV 6: 3440 mV 7: 3470 mV 8: 3483 mV 9: 3445 mV 10: 3448 mV 11: 3504 mV 12: 3475 mV Cell Voltages, 13 to 24: 13: 3417 mV 14: 3435 mV 15: 3475 mV 16: 3476 mV 17: 3450 mV 18: 3488 mV 19: 3453 mV 20: 3437 mV 21: 3473 mV 22: 3403 mV 23: 3371 mV 24: 3446 mV Cell Voltages, 25 to 36: 25: 3492 mV 26: 3414 mV 27: 3427 mV 28: 3498 mV 29: 3427 mV 30: 3442 mV 31: 3408 mV 32: 3482 mV 33: 3461 mV 34: 3517 mV 35: 3524 mV 36: 3496 mV Cell Voltages, 37 to 48: 37: 3529 mV 38: 3505 mV 39: 3527 mV 40: 3504 mV 41: 3474 mV 42: 3480 mV 43: 3475 mV 44: 3479 mV 45: 3490 mV 46: 3493 mV 47: 3491 mV 48: 3478 mV Cell Voltages, 49 to 60: 49: 3502 mV 50: 3498 mV 51: 3491 mV 52: 3422 mV 53: 3464 mV 54: 3442 mV 55: 3475 mV 56: 3417 mV 57: 3451 mV 58: 3359 mV 59: 3396 mV 60: 3470 mV Cell Voltages, 61 to 72: 61: 3446 mV 62: 3465 mV 63: 3522 mV 64: 3466 mV 65: 3519 mV 66: 3469 mV 67: 3461 mV 68: 3488 mV 69: 3475 mV 70: 3516 mV 71: 3464 mV 72: 3450 mV Cell Voltages, 73 to 84: 73: 3483 mV 74: 3454 mV 75: 3428 mV 76: 3467 mV 77: 3453 mV 78: 3461 mV 79: 3423 mV 80: 3518 mV 81: 3489 mV 82: 3480 mV 83: 3446 mV 84: 3466 mV Cell Voltages, 85 to 96: 85: 3415 mV 86: 3459 mV 87: 3459 mV 88: 3499 mV 89: 3424 mV 90: 3448 mV 91: 3431 mV 92: 3365 mV 93: 3347 mV 94: 3344 mV 95: 3448 mV 96: 3392 mV Module Temperature Sensors: 1: 25 °C 2: 25 °C 3: 25 °C 4: 25 °C 5: 25 °C 6: 25 °C 7: 26 °C 8: 26 °C 9: 26 °C 10: 26 °C 11: 25 °C 12: 25 °C 13: 25 °C 14: 25 °C 15: 26 °C 16: 25 °C 17: 25 °C 18: 26 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3529 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3529 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3529 mV Cell Number 3rd highest: 36 Max EEPROM 4th highest: 3529 mV Cell Number 4th highest: 36 Max EEPROM 5th highest: 3529 mV Cell Number 5th highest: 36 Max EEPROM 6th highest: 3529 mV Cell Number 6th highest: 36 Max EEPROM 7th highest: 3722 mV Cell Number 7th highest: 34 Max EEPROM 8th highest: 3722 mV Cell Number 8th highest: 34 Max EEPROM 9th highest: 3723 mV Cell Number 9th highest: 39 Max EEPROM 10th highest: 3723 mV Cell Number 10th highest: 31 Max EEPROM 11th highest: 3724 mV Cell Number 11th highest: 34 Max EEPROM 12th highest: 3723 mV Cell Number 12th highest: 31 Max EEPROM 13th highest: 3724 mV Cell Number 13th highest: 39 Max EEPROM 14th highest: 3724 mV Cell Number 14th highest: 34 Max EEPROM 15th highest: 3725 mV Cell Number 15th highest: 34 Max EEPROM 16th highest: 3725 mV Cell Number 16th highest: 39 Max EEPROM 17th highest: 3726 mV Cell Number 17th highest: 39 Max EEPROM 18th highest: 3727 mV Cell Number 8th highest: 31 Max EEPROM 19th highest: 3728 mV Cell Number 19th highest: 34 Max EEPROM 20th highest: 3729 mV Cell Number 20th highest: 34 Top 20 lowest cells: Min EEPROM 1st lowest: 3344 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3344 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3344 mV Cell Number 3rd lowest: 93 Min EEPROM 4th lowest: 3345 mV Cell Number 4th lowest: 93 Min EEPROM 5th lowest: 3344 mV Cell Number 5th lowest: 93 Min EEPROM 6th lowest: 3344 mV Cell Number 6th lowest: 93 Min EEPROM 7th lowest: 3709 mV Cell Number 7th lowest: 58 Min EEPROM 8th lowest: 3709 mV Cell Number 8th lowest: 16 Min EEPROM 9th lowest: 3711 mV Cell Number 9th lowest: 16 Min EEPROM 10th lowest: 3712 mV Cell Number 10th lowest: 16 Min EEPROM 11th lowest: 3712 mV Cell Number 11th lowest: 58 Min EEPROM 12th lowest: 3712 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3712 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3713 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3713 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3714 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3714 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3716 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3718 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3718 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3527 mV Min Cell Voltage: 3339 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 26 °C Min Cell Temperature: 25 °C State of Charge: State of Charge Last Stored: 4,71 % Power-up State of Charge: 4,71 % State of Charge: 4,71 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 335,20 V High Voltage Sensor (Pack): 337,70 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Open Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: Yes Contactor Open Request: Yes Open command received during precharge: No Commanded Open (normal): Yes Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: Yes Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 52790 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 4,71 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 12 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5722,92 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 0 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 2,10 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 3,20 V Battery Total Time Awake: 30242482 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 42 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,46 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186500 min 20< T < 30: 238550 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 28 °C 2: 28 °C 3: 28 °C 4: 28 °C 5: 28 °C 6: 28 °C 7: 28 °C 8: 28 °C 9: 29 °C 10: 29 °C 11: 29 °C 12: 29 °C 13: 27 °C 14: 27 °C 15: 28 °C 16: 28 °C 17: 28 °C 18: 28 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 20,60 V 2: 20,78 V 3: 17,21 V 4: 17,21 V 5: 17,11 V 6: 17,21 V 7: 17,49 V 8: 17,45 V 9: 17,39 V 10: 17,35 V 11: 17,20 V 12: 17,09 V 13: 17,39 V 14: 20,82 V 15: 20,63 V 16: 20,76 V 17: 20,67 V 18: 20,27 V Block Voltage Sensors: 1: 20,61 V 2: 20,76 V 3: 17,21 V 4: 17,20 V 5: 17,11 V 6: 17,20 V 7: 17,50 V 8: 17,44 V 9: 17,39 V 10: 17,34 V 11: 17,21 V 12: 17,08 V 13: 17,39 V 14: 20,81 V 15: 20,64 V 16: 20,76 V 17: 20,67 V 18: 20,27 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3422 mV 2: 3417 mV 3: 3466 mV 4: 3439 mV 5: 3456 mV 6: 3436 mV 7: 3467 mV 8: 3480 mV 9: 3441 mV 10: 3445 mV 11: 3503 mV 12: 3472 mV Cell Voltages, 13 to 24: 13: 3413 mV 14: 3431 mV 15: 3472 mV 16: 3473 mV 17: 3445 mV 18: 3485 mV 19: 3450 mV 20: 3434 mV 21: 3470 mV 22: 3399 mV 23: 3367 mV 24: 3442 mV Cell Voltages, 25 to 36: 25: 3489 mV 26: 3411 mV 27: 3423 mV 28: 3495 mV 29: 3424 mV 30: 3438 mV 31: 3405 mV 32: 3479 mV 33: 3458 mV 34: 3514 mV 35: 3521 mV 36: 3493 mV Cell Voltages, 37 to 48: 37: 3527 mV 38: 3503 mV 39: 3524 mV 40: 3501 mV 41: 3470 mV 42: 3476 mV 43: 3472 mV 44: 3476 mV 45: 3487 mV 46: 3490 mV 47: 3489 mV 48: 3475 mV Cell Voltages, 49 to 60: 49: 3499 mV 50: 3495 mV 51: 3488 mV 52: 3418 mV 53: 3461 mV 54: 3438 mV 55: 3472 mV 56: 3413 mV 57: 3448 mV 58: 3355 mV 59: 3392 mV 60: 3467 mV Cell Voltages, 61 to 72: 61: 3442 mV 62: 3462 mV 63: 3520 mV 64: 3463 mV 65: 3516 mV 66: 3466 mV 67: 3458 mV 68: 3484 mV 69: 3471 mV 70: 3513 mV 71: 3461 mV 72: 3446 mV Cell Voltages, 73 to 84: 73: 3480 mV 74: 3451 mV 75: 3424 mV 76: 3464 mV 77: 3450 mV 78: 3458 mV 79: 3419 mV 80: 3516 mV 81: 3486 mV 82: 3477 mV 83: 3442 mV 84: 3463 mV Cell Voltages, 85 to 96: 85: 3411 mV 86: 3455 mV 87: 3456 mV 88: 3496 mV 89: 3420 mV 90: 3445 mV 91: 3427 mV 92: 3361 mV 93: 3342 mV 94: 3339 mV 95: 3445 mV 96: 3388 mV Module Temperature Sensors: 1: 25 °C 2: 25 °C 3: 25 °C 4: 25 °C 5: 25 °C 6: 25 °C 7: 25 °C 8: 25 °C 9: 25 °C 10: 25 °C 11: 25 °C 12: 25 °C 13: 25 °C 14: 25 °C 15: 25 °C 16: 25 °C 17: 25 °C 18: 26 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3527 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3527 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3722 mV Cell Number 3rd highest: 34 Max EEPROM 4th highest: 3722 mV Cell Number 4th highest: 34 Max EEPROM 5th highest: 3723 mV Cell Number 5th highest: 39 Max EEPROM 6th highest: 3723 mV Cell Number 6th highest: 31 Max EEPROM 7th highest: 3724 mV Cell Number 7th highest: 34 Max EEPROM 8th highest: 3723 mV Cell Number 8th highest: 31 Max EEPROM 9th highest: 3724 mV Cell Number 9th highest: 39 Max EEPROM 10th highest: 3724 mV Cell Number 10th highest: 34 Max EEPROM 11th highest: 3725 mV Cell Number 11th highest: 34 Max EEPROM 12th highest: 3725 mV Cell Number 12th highest: 39 Max EEPROM 13th highest: 3726 mV Cell Number 13th highest: 39 Max EEPROM 14th highest: 3727 mV Cell Number 14th highest: 31 Max EEPROM 15th highest: 3728 mV Cell Number 15th highest: 34 Max EEPROM 16th highest: 3729 mV Cell Number 16th highest: 34 Max EEPROM 17th highest: 3731 mV Cell Number 17th highest: 34 Max EEPROM 18th highest: 3732 mV Cell Number 8th highest: 39 Max EEPROM 19th highest: 3733 mV Cell Number 19th highest: 34 Max EEPROM 20th highest: 3734 mV Cell Number 20th highest: 34 Top 20 lowest cells: Min EEPROM 1st lowest: 3339 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3339 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3709 mV Cell Number 3rd lowest: 58 Min EEPROM 4th lowest: 3709 mV Cell Number 4th lowest: 16 Min EEPROM 5th lowest: 3711 mV Cell Number 5th lowest: 16 Min EEPROM 6th lowest: 3712 mV Cell Number 6th lowest: 16 Min EEPROM 7th lowest: 3712 mV Cell Number 7th lowest: 58 Min EEPROM 8th lowest: 3712 mV Cell Number 8th lowest: 16 Min EEPROM 9th lowest: 3712 mV Cell Number 9th lowest: 16 Min EEPROM 10th lowest: 3713 mV Cell Number 10th lowest: 16 Min EEPROM 11th lowest: 3713 mV Cell Number 11th lowest: 16 Min EEPROM 12th lowest: 3714 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3714 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3716 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3718 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3718 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3720 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3721 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3722 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3723 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3529 mV Min Cell Voltage: 3344 mV Maximum Temperature Sensor: 3 Minimum Temperature Sensor: 5 Max Cell Temperature: 21 °C Min Cell Temperature: 20 °C State of Charge: State of Charge Last Stored: 4,71 % Power-up State of Charge: 4,71 % State of Charge: 4,71 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 335,40 V High Voltage Sensor (Pack): 338,00 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Open Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: Yes Contactor Open Request: Yes Open command received during precharge: No Commanded Open (normal): Yes Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: Yes Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 52805 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 4,71 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 6 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5722,92 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 0 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 2,10 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 2,80 V Battery Total Time Awake: 30243443 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 49 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,36 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186505 min 20< T < 30: 238555 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 23 °C 2: 23 °C 3: 23 °C 4: 23 °C 5: 24 °C 6: 24 °C 7: 23 °C 8: 23 °C 9: 24 °C 10: 24 °C 11: 24 °C 12: 24 °C 13: 22 °C 14: 22 °C 15: 23 °C 16: 23 °C 17: 23 °C 18: 23 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 20,62 V 2: 20,79 V 3: 17,22 V 4: 17,22 V 5: 17,12 V 6: 17,23 V 7: 17,50 V 8: 17,46 V 9: 17,40 V 10: 17,36 V 11: 17,21 V 12: 17,11 V 13: 17,41 V 14: 20,84 V 15: 20,65 V 16: 20,78 V 17: 20,69 V 18: 20,30 V Block Voltage Sensors: 1: 20,63 V 2: 20,78 V 3: 17,22 V 4: 17,21 V 5: 17,12 V 6: 17,22 V 7: 17,51 V 8: 17,46 V 9: 17,41 V 10: 17,36 V 11: 17,22 V 12: 17,09 V 13: 17,41 V 14: 20,83 V 15: 20,66 V 16: 20,78 V 17: 20,69 V 18: 20,30 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3425 mV 2: 3420 mV 3: 3469 mV 4: 3442 mV 5: 3459 mV 6: 3439 mV 7: 3469 mV 8: 3482 mV 9: 3445 mV 10: 3448 mV 11: 3504 mV 12: 3474 mV Cell Voltages, 13 to 24: 13: 3416 mV 14: 3434 mV 15: 3474 mV 16: 3475 mV 17: 3448 mV 18: 3486 mV 19: 3451 mV 20: 3436 mV 21: 3472 mV 22: 3402 mV 23: 3371 mV 24: 3445 mV Cell Voltages, 25 to 36: 25: 3491 mV 26: 3414 mV 27: 3427 mV 28: 3497 mV 29: 3427 mV 30: 3441 mV 31: 3408 mV 32: 3481 mV 33: 3461 mV 34: 3517 mV 35: 3524 mV 36: 3495 mV Cell Voltages, 37 to 48: 37: 3529 mV 38: 3504 mV 39: 3527 mV 40: 3503 mV 41: 3472 mV 42: 3478 mV 43: 3475 mV 44: 3479 mV 45: 3490 mV 46: 3492 mV 47: 3491 mV 48: 3477 mV Cell Voltages, 49 to 60: 49: 3502 mV 50: 3498 mV 51: 3491 mV 52: 3421 mV 53: 3462 mV 54: 3440 mV 55: 3473 mV 56: 3415 mV 57: 3450 mV 58: 3359 mV 59: 3394 mV 60: 3469 mV Cell Voltages, 61 to 72: 61: 3445 mV 62: 3464 mV 63: 3522 mV 64: 3465 mV 65: 3519 mV 66: 3468 mV 67: 3461 mV 68: 3487 mV 69: 3474 mV 70: 3515 mV 71: 3463 mV 72: 3449 mV Cell Voltages, 73 to 84: 73: 3482 mV 74: 3454 mV 75: 3427 mV 76: 3466 mV 77: 3452 mV 78: 3461 mV 79: 3422 mV 80: 3517 mV 81: 3488 mV 82: 3479 mV 83: 3445 mV 84: 3466 mV Cell Voltages, 85 to 96: 85: 3414 mV 86: 3458 mV 87: 3458 mV 88: 3498 mV 89: 3423 mV 90: 3448 mV 91: 3430 mV 92: 3365 mV 93: 3347 mV 94: 3343 mV 95: 3448 mV 96: 3392 mV Module Temperature Sensors: 1: 20 °C 2: 20 °C 3: 21 °C 4: 20 °C 5: 20 °C 6: 20 °C 7: 21 °C 8: 21 °C 9: 20 °C 10: 21 °C 11: 20 °C 12: 20 °C 13: 20 °C 14: 21 °C 15: 21 °C 16: 20 °C 17: 20 °C 18: 21 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3529 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3529 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3530 mV Cell Number 3rd highest: 36 Max EEPROM 4th highest: 3722 mV Cell Number 4th highest: 34 Max EEPROM 5th highest: 3722 mV Cell Number 5th highest: 34 Max EEPROM 6th highest: 3723 mV Cell Number 6th highest: 39 Max EEPROM 7th highest: 3723 mV Cell Number 7th highest: 31 Max EEPROM 8th highest: 3724 mV Cell Number 8th highest: 34 Max EEPROM 9th highest: 3723 mV Cell Number 9th highest: 31 Max EEPROM 10th highest: 3724 mV Cell Number 10th highest: 39 Max EEPROM 11th highest: 3724 mV Cell Number 11th highest: 34 Max EEPROM 12th highest: 3725 mV Cell Number 12th highest: 34 Max EEPROM 13th highest: 3725 mV Cell Number 13th highest: 39 Max EEPROM 14th highest: 3726 mV Cell Number 14th highest: 39 Max EEPROM 15th highest: 3727 mV Cell Number 15th highest: 31 Max EEPROM 16th highest: 3728 mV Cell Number 16th highest: 34 Max EEPROM 17th highest: 3729 mV Cell Number 17th highest: 34 Max EEPROM 18th highest: 3731 mV Cell Number 8th highest: 34 Max EEPROM 19th highest: 3732 mV Cell Number 19th highest: 39 Max EEPROM 20th highest: 3733 mV Cell Number 20th highest: 34 Top 20 lowest cells: Min EEPROM 1st lowest: 3343 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3344 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3343 mV Cell Number 3rd lowest: 93 Min EEPROM 4th lowest: 3709 mV Cell Number 4th lowest: 58 Min EEPROM 5th lowest: 3709 mV Cell Number 5th lowest: 16 Min EEPROM 6th lowest: 3711 mV Cell Number 6th lowest: 16 Min EEPROM 7th lowest: 3712 mV Cell Number 7th lowest: 16 Min EEPROM 8th lowest: 3712 mV Cell Number 8th lowest: 58 Min EEPROM 9th lowest: 3712 mV Cell Number 9th lowest: 16 Min EEPROM 10th lowest: 3712 mV Cell Number 10th lowest: 16 Min EEPROM 11th lowest: 3713 mV Cell Number 11th lowest: 16 Min EEPROM 12th lowest: 3713 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3714 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3714 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3716 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3718 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3718 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3720 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3721 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3722 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3529 mV Min Cell Voltage: 3343 mV Maximum Temperature Sensor: 3 Minimum Temperature Sensor: 5 Max Cell Temperature: 21 °C Min Cell Temperature: 20 °C State of Charge: State of Charge Last Stored: 4,71 % Power-up State of Charge: 4,71 % State of Charge: 4,71 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 335,40 V High Voltage Sensor (Pack): 338,00 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Open Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: Yes Contactor Open Request: Yes Open command received during precharge: No Commanded Open (normal): Yes Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: Yes Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 52805 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 4,71 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 6 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5722,92 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 0 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 2,10 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 2,80 V Battery Total Time Awake: 30243508 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 49 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,32 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186505 min 20< T < 30: 238555 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 23 °C 2: 23 °C 3: 23 °C 4: 23 °C 5: 24 °C 6: 24 °C 7: 24 °C 8: 24 °C 9: 24 °C 10: 24 °C 11: 24 °C 12: 24 °C 13: 23 °C 14: 23 °C 15: 23 °C 16: 23 °C 17: 23 °C 18: 23 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 20,62 V 2: 20,79 V 3: 17,22 V 4: 17,22 V 5: 17,12 V 6: 17,23 V 7: 17,50 V 8: 17,46 V 9: 17,40 V 10: 17,36 V 11: 17,21 V 12: 17,11 V 13: 17,41 V 14: 20,84 V 15: 20,65 V 16: 20,78 V 17: 20,68 V 18: 20,30 V Block Voltage Sensors: 1: 20,62 V 2: 20,78 V 3: 17,22 V 4: 17,22 V 5: 17,12 V 6: 17,22 V 7: 17,51 V 8: 17,46 V 9: 17,41 V 10: 17,35 V 11: 17,22 V 12: 17,09 V 13: 17,41 V 14: 20,83 V 15: 20,66 V 16: 20,78 V 17: 20,69 V 18: 20,30 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3425 mV 2: 3420 mV 3: 3468 mV 4: 3442 mV 5: 3459 mV 6: 3439 mV 7: 3469 mV 8: 3482 mV 9: 3444 mV 10: 3448 mV 11: 3504 mV 12: 3474 mV Cell Voltages, 13 to 24: 13: 3416 mV 14: 3434 mV 15: 3474 mV 16: 3475 mV 17: 3448 mV 18: 3486 mV 19: 3452 mV 20: 3436 mV 21: 3472 mV 22: 3401 mV 23: 3371 mV 24: 3445 mV Cell Voltages, 25 to 36: 25: 3491 mV 26: 3414 mV 27: 3427 mV 28: 3496 mV 29: 3426 mV 30: 3442 mV 31: 3407 mV 32: 3481 mV 33: 3460 mV 34: 3516 mV 35: 3524 mV 36: 3495 mV Cell Voltages, 37 to 48: 37: 3529 mV 38: 3504 mV 39: 3527 mV 40: 3503 mV 41: 3472 mV 42: 3478 mV 43: 3475 mV 44: 3479 mV 45: 3490 mV 46: 3492 mV 47: 3491 mV 48: 3477 mV Cell Voltages, 49 to 60: 49: 3502 mV 50: 3498 mV 51: 3491 mV 52: 3422 mV 53: 3462 mV 54: 3440 mV 55: 3473 mV 56: 3415 mV 57: 3450 mV 58: 3359 mV 59: 3394 mV 60: 3469 mV Cell Voltages, 61 to 72: 61: 3445 mV 62: 3464 mV 63: 3522 mV 64: 3465 mV 65: 3519 mV 66: 3468 mV 67: 3461 mV 68: 3487 mV 69: 3474 mV 70: 3515 mV 71: 3463 mV 72: 3450 mV Cell Voltages, 73 to 84: 73: 3482 mV 74: 3453 mV 75: 3427 mV 76: 3466 mV 77: 3452 mV 78: 3461 mV 79: 3422 mV 80: 3517 mV 81: 3488 mV 82: 3480 mV 83: 3445 mV 84: 3466 mV Cell Voltages, 85 to 96: 85: 3414 mV 86: 3458 mV 87: 3458 mV 88: 3499 mV 89: 3423 mV 90: 3448 mV 91: 3430 mV 92: 3365 mV 93: 3346 mV 94: 3343 mV 95: 3448 mV 96: 3392 mV Module Temperature Sensors: 1: 20 °C 2: 20 °C 3: 21 °C 4: 20 °C 5: 20 °C 6: 20 °C 7: 21 °C 8: 21 °C 9: 20 °C 10: 21 °C 11: 20 °C 12: 20 °C 13: 20 °C 14: 21 °C 15: 21 °C 16: 20 °C 17: 20 °C 18: 21 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3529 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3529 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3530 mV Cell Number 3rd highest: 36 Max EEPROM 4th highest: 3722 mV Cell Number 4th highest: 34 Max EEPROM 5th highest: 3722 mV Cell Number 5th highest: 34 Max EEPROM 6th highest: 3723 mV Cell Number 6th highest: 39 Max EEPROM 7th highest: 3723 mV Cell Number 7th highest: 31 Max EEPROM 8th highest: 3724 mV Cell Number 8th highest: 34 Max EEPROM 9th highest: 3723 mV Cell Number 9th highest: 31 Max EEPROM 10th highest: 3724 mV Cell Number 10th highest: 39 Max EEPROM 11th highest: 3724 mV Cell Number 11th highest: 34 Max EEPROM 12th highest: 3725 mV Cell Number 12th highest: 34 Max EEPROM 13th highest: 3725 mV Cell Number 13th highest: 39 Max EEPROM 14th highest: 3726 mV Cell Number 14th highest: 39 Max EEPROM 15th highest: 3727 mV Cell Number 15th highest: 31 Max EEPROM 16th highest: 3728 mV Cell Number 16th highest: 34 Max EEPROM 17th highest: 3729 mV Cell Number 17th highest: 34 Max EEPROM 18th highest: 3731 mV Cell Number 8th highest: 34 Max EEPROM 19th highest: 3732 mV Cell Number 19th highest: 39 Max EEPROM 20th highest: 3733 mV Cell Number 20th highest: 34 Top 20 lowest cells: Min EEPROM 1st lowest: 3343 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3344 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3343 mV Cell Number 3rd lowest: 93 Min EEPROM 4th lowest: 3709 mV Cell Number 4th lowest: 58 Min EEPROM 5th lowest: 3709 mV Cell Number 5th lowest: 16 Min EEPROM 6th lowest: 3711 mV Cell Number 6th lowest: 16 Min EEPROM 7th lowest: 3712 mV Cell Number 7th lowest: 16 Min EEPROM 8th lowest: 3712 mV Cell Number 8th lowest: 58 Min EEPROM 9th lowest: 3712 mV Cell Number 9th lowest: 16 Min EEPROM 10th lowest: 3712 mV Cell Number 10th lowest: 16 Min EEPROM 11th lowest: 3713 mV Cell Number 11th lowest: 16 Min EEPROM 12th lowest: 3713 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3714 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3714 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3716 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3718 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3718 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3720 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3721 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3722 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3528 mV Min Cell Voltage: 3342 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 21 °C Min Cell Temperature: 20 °C State of Charge: State of Charge Last Stored: 4,71 % Power-up State of Charge: 4,71 % State of Charge: 4,71 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 335,40 V High Voltage Sensor (Pack): 337,80 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Open Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: Yes Contactor Open Request: Yes Open command received during precharge: No Commanded Open (normal): Yes Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: Yes Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 52815 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 4,71 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 6 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5722,92 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 0 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 2,10 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 0,00 V Battery Total Time Awake: 30243948 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 49 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,22 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186505 min 20< T < 30: 238565 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 25 °C 2: 25 °C 3: 25 °C 4: 25 °C 5: 26 °C 6: 26 °C 7: 25 °C 8: 25 °C 9: 26 °C 10: 26 °C 11: 26 °C 12: 26 °C 13: 24 °C 14: 24 °C 15: 25 °C 16: 25 °C 17: 25 °C 18: 25 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 20,62 V 2: 20,79 V 3: 17,22 V 4: 17,22 V 5: 17,12 V 6: 17,22 V 7: 17,50 V 8: 17,45 V 9: 17,39 V 10: 17,36 V 11: 17,21 V 12: 17,10 V 13: 17,41 V 14: 20,83 V 15: 20,65 V 16: 20,78 V 17: 20,68 V 18: 20,29 V Block Voltage Sensors: 1: 20,63 V 2: 20,77 V 3: 17,22 V 4: 17,21 V 5: 17,12 V 6: 17,22 V 7: 17,50 V 8: 17,45 V 9: 17,41 V 10: 17,35 V 11: 17,22 V 12: 17,09 V 13: 17,41 V 14: 20,83 V 15: 20,65 V 16: 20,78 V 17: 20,69 V 18: 20,30 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3424 mV 2: 3419 mV 3: 3468 mV 4: 3441 mV 5: 3458 mV 6: 3439 mV 7: 3469 mV 8: 3482 mV 9: 3443 mV 10: 3447 mV 11: 3504 mV 12: 3473 mV Cell Voltages, 13 to 24: 13: 3416 mV 14: 3433 mV 15: 3474 mV 16: 3475 mV 17: 3447 mV 18: 3486 mV 19: 3451 mV 20: 3436 mV 21: 3472 mV 22: 3401 mV 23: 3371 mV 24: 3444 mV Cell Voltages, 25 to 36: 25: 3491 mV 26: 3413 mV 27: 3426 mV 28: 3496 mV 29: 3426 mV 30: 3441 mV 31: 3407 mV 32: 3480 mV 33: 3460 mV 34: 3516 mV 35: 3523 mV 36: 3495 mV Cell Voltages, 37 to 48: 37: 3529 mV 38: 3504 mV 39: 3526 mV 40: 3503 mV 41: 3472 mV 42: 3478 mV 43: 3474 mV 44: 3478 mV 45: 3489 mV 46: 3491 mV 47: 3490 mV 48: 3477 mV Cell Voltages, 49 to 60: 49: 3501 mV 50: 3497 mV 51: 3490 mV 52: 3421 mV 53: 3462 mV 54: 3440 mV 55: 3473 mV 56: 3415 mV 57: 3450 mV 58: 3358 mV 59: 3393 mV 60: 3468 mV Cell Voltages, 61 to 72: 61: 3444 mV 62: 3464 mV 63: 3522 mV 64: 3465 mV 65: 3518 mV 66: 3468 mV 67: 3460 mV 68: 3486 mV 69: 3474 mV 70: 3515 mV 71: 3463 mV 72: 3449 mV Cell Voltages, 73 to 84: 73: 3482 mV 74: 3453 mV 75: 3427 mV 76: 3466 mV 77: 3451 mV 78: 3460 mV 79: 3422 mV 80: 3517 mV 81: 3488 mV 82: 3479 mV 83: 3445 mV 84: 3465 mV Cell Voltages, 85 to 96: 85: 3414 mV 86: 3458 mV 87: 3457 mV 88: 3498 mV 89: 3422 mV 90: 3447 mV 91: 3430 mV 92: 3364 mV 93: 3345 mV 94: 3342 mV 95: 3447 mV 96: 3391 mV Module Temperature Sensors: 1: 20 °C 2: 21 °C 3: 21 °C 4: 20 °C 5: 20 °C 6: 20 °C 7: 21 °C 8: 21 °C 9: 20 °C 10: 21 °C 11: 20 °C 12: 20 °C 13: 20 °C 14: 21 °C 15: 21 °C 16: 20 °C 17: 20 °C 18: 21 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3529 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3529 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3529 mV Cell Number 3rd highest: 36 Max EEPROM 4th highest: 3530 mV Cell Number 4th highest: 36 Max EEPROM 5th highest: 3722 mV Cell Number 5th highest: 34 Max EEPROM 6th highest: 3722 mV Cell Number 6th highest: 34 Max EEPROM 7th highest: 3723 mV Cell Number 7th highest: 39 Max EEPROM 8th highest: 3723 mV Cell Number 8th highest: 31 Max EEPROM 9th highest: 3724 mV Cell Number 9th highest: 34 Max EEPROM 10th highest: 3723 mV Cell Number 10th highest: 31 Max EEPROM 11th highest: 3724 mV Cell Number 11th highest: 39 Max EEPROM 12th highest: 3724 mV Cell Number 12th highest: 34 Max EEPROM 13th highest: 3725 mV Cell Number 13th highest: 34 Max EEPROM 14th highest: 3725 mV Cell Number 14th highest: 39 Max EEPROM 15th highest: 3726 mV Cell Number 15th highest: 39 Max EEPROM 16th highest: 3727 mV Cell Number 16th highest: 31 Max EEPROM 17th highest: 3728 mV Cell Number 17th highest: 34 Max EEPROM 18th highest: 3729 mV Cell Number 8th highest: 34 Max EEPROM 19th highest: 3731 mV Cell Number 19th highest: 34 Max EEPROM 20th highest: 3732 mV Cell Number 20th highest: 39 Top 20 lowest cells: Min EEPROM 1st lowest: 3342 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3343 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3344 mV Cell Number 3rd lowest: 93 Min EEPROM 4th lowest: 3343 mV Cell Number 4th lowest: 93 Min EEPROM 5th lowest: 3709 mV Cell Number 5th lowest: 58 Min EEPROM 6th lowest: 3709 mV Cell Number 6th lowest: 16 Min EEPROM 7th lowest: 3711 mV Cell Number 7th lowest: 16 Min EEPROM 8th lowest: 3712 mV Cell Number 8th lowest: 16 Min EEPROM 9th lowest: 3712 mV Cell Number 9th lowest: 58 Min EEPROM 10th lowest: 3712 mV Cell Number 10th lowest: 16 Min EEPROM 11th lowest: 3712 mV Cell Number 11th lowest: 16 Min EEPROM 12th lowest: 3713 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3713 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3714 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3714 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3716 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3718 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3718 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3720 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3721 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 4,71 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 6 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5722,92 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 0 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 2,10 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 0,00 V Battery Total Time Awake: 30244000 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 49 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,22 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186505 min 20< T < 30: 238565 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 25 °C 2: 25 °C 3: 25 °C 4: 25 °C 5: 26 °C 6: 26 °C 7: 25 °C 8: 25 °C 9: 26 °C 10: 26 °C 11: 26 °C 12: 26 °C 13: 24 °C 14: 24 °C 15: 25 °C 16: 25 °C 17: 25 °C 18: 25 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 20,62 V 2: 20,79 V 3: 17,21 V 4: 17,22 V 5: 17,12 V 6: 17,22 V 7: 17,50 V 8: 17,46 V 9: 17,40 V 10: 17,36 V 11: 17,21 V 12: 17,10 V 13: 17,41 V 14: 20,83 V 15: 20,65 V 16: 20,78 V 17: 20,68 V 18: 20,29 V Block Voltage Sensors: 1: 20,62 V 2: 20,78 V 3: 17,22 V 4: 17,21 V 5: 17,12 V 6: 17,22 V 7: 17,50 V 8: 17,45 V 9: 17,41 V 10: 17,35 V 11: 17,22 V 12: 17,09 V 13: 17,41 V 14: 20,83 V 15: 20,65 V 16: 20,78 V 17: 20,69 V 18: 20,30 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3424 mV 2: 3419 mV 3: 3468 mV 4: 3442 mV 5: 3458 mV 6: 3438 mV 7: 3469 mV 8: 3482 mV 9: 3443 mV 10: 3447 mV 11: 3504 mV 12: 3474 mV Cell Voltages, 13 to 24: 13: 3416 mV 14: 3433 mV 15: 3473 mV 16: 3475 mV 17: 3447 mV 18: 3486 mV 19: 3451 mV 20: 3436 mV 21: 3472 mV 22: 3401 mV 23: 3370 mV 24: 3444 mV Cell Voltages, 25 to 36: 25: 3490 mV 26: 3413 mV 27: 3426 mV 28: 3496 mV 29: 3426 mV 30: 3440 mV 31: 3407 mV 32: 3480 mV 33: 3460 mV 34: 3516 mV 35: 3523 mV 36: 3495 mV Cell Voltages, 37 to 48: 37: 3529 mV 38: 3504 mV 39: 3526 mV 40: 3503 mV 41: 3472 mV 42: 3478 mV 43: 3474 mV 44: 3478 mV 45: 3488 mV 46: 3491 mV 47: 3491 mV 48: 3477 mV Cell Voltages, 49 to 60: 49: 3502 mV 50: 3497 mV 51: 3490 mV 52: 3421 mV 53: 3462 mV 54: 3440 mV 55: 3473 mV 56: 3415 mV 57: 3450 mV 58: 3358 mV 59: 3393 mV 60: 3469 mV Cell Voltages, 61 to 72: 61: 3444 mV 62: 3464 mV 63: 3522 mV 64: 3464 mV 65: 3518 mV 66: 3467 mV 67: 3460 mV 68: 3486 mV 69: 3474 mV 70: 3515 mV 71: 3462 mV 72: 3449 mV Cell Voltages, 73 to 84: 73: 3482 mV 74: 3453 mV 75: 3427 mV 76: 3466 mV 77: 3451 mV 78: 3461 mV 79: 3422 mV 80: 3517 mV 81: 3488 mV 82: 3479 mV 83: 3445 mV 84: 3465 mV Cell Voltages, 85 to 96: 85: 3414 mV 86: 3458 mV 87: 3458 mV 88: 3498 mV 89: 3422 mV 90: 3447 mV 91: 3430 mV 92: 3364 mV 93: 3345 mV 94: 3342 mV 95: 3448 mV 96: 3392 mV Odometer: 97618,00 km ECU Time Stamps (RAM): 456929 min ECU time stamps (EEPROM): 456916 min ECU time stamps from KeyOn (RAM): 630 sec ECU time stamps from KeyOn (EEPROM): 165 sec KeyOn counter (EEPROM): 11466 ECU Time first DTC detection (EEPROM): 456902 min ECU Time Stamps from KeyOn first DTC detection (EEPROM): 345 sec Realignment Status: No ProgrammingStatus (EEPROM / FLASH): Boot Block NOT present: No Application Block NOT Present: No Data Block NOT Present: No Transfer Data - Wrong Sequence: No Transfer Data - Incompatible block size: No Routine Control - Erase Memory - Wrong Size: No Routine Control - Erase Memory - Wrong Address: No Routine Control - Checksum - Wrong Address: No Routine Control - Checksum - Wrong Size: No Routine Control - Checksum - Wrong Checksum: No Wrong Sequence - WriteDataByLocal: No Wrong Sequence - Erase: No Wrong Sequence - BlockTransfer: No Wrong Sequence - CheckSum: No Wrong Security Access: No Request Download - Incompatible Area: No Request Download - Incompatible Type: No Request Download - Incompatible Size: No Hardware / Application Software not compatible: No Application Software / Data Application not compatible 1: No HVIL Status: HVIL Source Current: 0,00 mA PWM Duty Cycle: 50,59 % PWM Frequency: 0,08 KHz BPCM HVIL Status Table: Not Sourced BPCM 12 Volt connector inputs: Cooling Pump Speed: 100,00 % Contactor Command PWM: 72,55 % Battery Coolant Heater PWM: 85,10 % EV Wake Up: Sourced Battery Coolant Heater Enable: Sourced Battery Coolant Chiller Enable: Not Sourced Radiator Temp Sensor Validity: Sourced OBCM Wakeup Signal: Not Sourced Positive Contactor: Open Negative Contactor: Open Precharge Contactor: Open Battery Coolant Chiller 3 Way Coolant Valve: Open Battery Coolant Heater 3 Way Coolant Valve: Open Cooling Pump Relay Drive: Not Sourced BPCM HVIL Status: Not Sourced Discharge/Charge Amp Hours: Charge Amp Hours: 47645,10 AH Discharge Amp Hours: 46925,20 AH Discharge KW/Hours: 13402,00 kWH Charge KW/Hours: 15337,00 kWH HV Battery Miles: 59327,94 Miles Active Diagnostic Status Of ECU: Running in Application mode Gateway: No ECU Variant ID: 01 ECU Version ID: 08 Odometer: 97618,00 km ECU Time Stamps (RAM): 456929 min ECU time stamps (EEPROM): 456916 min ECU time stamps from KeyOn (RAM): 660 sec ECU time stamps from KeyOn (EEPROM): 165 sec KeyOn counter (EEPROM): 11466 ECU Time first DTC detection (EEPROM): 456902 min ECU Time Stamps from KeyOn first DTC detection (EEPROM): 345 sec Realignment Status: No ProgrammingStatus (EEPROM / FLASH): Boot Block NOT present: No Application Block NOT Present: No Data Block NOT Present: No Transfer Data - Wrong Sequence: No Transfer Data - Incompatible block size: No Routine Control - Erase Memory - Wrong Size: No Routine Control - Erase Memory - Wrong Address: No Routine Control - Checksum - Wrong Address: No Routine Control - Checksum - Wrong Size: No Routine Control - Checksum - Wrong Checksum: No Wrong Sequence - WriteDataByLocal: No Wrong Sequence - Erase: No Wrong Sequence - BlockTransfer: No Wrong Sequence - CheckSum: No Wrong Security Access: No Request Download - Incompatible Area: No Request Download - Incompatible Type: No Request Download - Incompatible Size: No Hardware / Application Software not compatible: No Application Software / Data Application not compatible 1: No HVIL Status: HVIL Source Current: 0,00 mA PWM Duty Cycle: 50,59 % PWM Frequency: 0,08 KHz BPCM HVIL Status Table: Not Sourced BPCM 12 Volt connector inputs: Cooling Pump Speed: 100,00 % Contactor Command PWM: 72,55 % Battery Coolant Heater PWM: 85,10 % EV Wake Up: Sourced Battery Coolant Heater Enable: Sourced Battery Coolant Chiller Enable: Not Sourced Radiator Temp Sensor Validity: Sourced OBCM Wakeup Signal: Not Sourced Positive Contactor: Open Negative Contactor: Open Precharge Contactor: Open Battery Coolant Chiller 3 Way Coolant Valve: Open Battery Coolant Heater 3 Way Coolant Valve: Open Cooling Pump Relay Drive: Not Sourced BPCM HVIL Status: Not Sourced Discharge/Charge Amp Hours: Charge Amp Hours: 47645,10 AH Discharge Amp Hours: 46925,20 AH Discharge KW/Hours: 13402,00 kWH Charge KW/Hours: 15337,00 kWH HV Battery Miles: 59327,94 Miles State Of Health Adjustment In progress: Max SOC: 12,16 % Average SOC: 7,84 % Min SOC: 4,71 % Life Number of SOH-C adjustments: 3893 Last Adjust (abs): 0,03 AH Diagnostic Contactor Dis/Enabler (Engineering - Manufacturing): Disabled Diagnostic Contactor Enabler(Service): Disabled SOC Histo: 0.0% to 19.9%: 5370 min 20.0% to 29.9%: 21845 min 30.0% to 39.9%: 43695 min 40.0% to 49.9%: 54365 min 50.0% to 59.9%: 56140 min 60.0% to 69.9%: 69500 min 70.0% to 79.9%: 76910 min 80.0% to 100%: 179135 min Number Of Open/Closed: Opens: 14248 Closes: 14248 Opens Under Load: 0 Impending Opens: 4 Open Requests (From the battery): 2 Loss 12V: 15 PreCharge Failures: 0 Failure to write to EEPROM(Moved to Default) ->> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3528 mV Min Cell Voltage: 3342 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 21 °C Min Cell Temperature: 20 °C State of Charge: State of Charge Last Stored: 4,71 % Power-up State of Charge: 4,71 % State of Charge: 4,71 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 335,30 V High Voltage Sensor (Pack): 337,90 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Open Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: Yes Contactor Open Request: Yes Open command received during precharge: No Commanded Open (normal): Yes Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: Yes Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 52815 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 4,71 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 6 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5722,92 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 0 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 2,10 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 0,00 V Battery Total Time Awake: 30244048 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 49 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,20 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186505 min 20< T < 30: 238565 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 25 °C 2: 25 °C 3: 25 °C 4: 25 °C 5: 26 °C 6: 26 °C 7: 25 °C 8: 25 °C 9: 26 °C 10: 26 °C 11: 26 °C 12: 26 °C 13: 24 °C 14: 24 °C 15: 25 °C 16: 25 °C 17: 25 °C 18: 25 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 20,62 V 2: 20,79 V 3: 17,21 V 4: 17,22 V 5: 17,12 V 6: 17,22 V 7: 17,50 V 8: 17,46 V 9: 17,39 V 10: 17,36 V 11: 17,21 V 12: 17,10 V 13: 17,41 V 14: 20,83 V 15: 20,65 V 16: 20,78 V 17: 20,68 V 18: 20,29 V ___________________________ Reading faults for: Battery Pack Control Module (BPCM) ___________________ Faults reported: 25. 8. 2025 18:42:51 Odometer: 97618,00 km Odometer: 97618,00 km ECU Time Stamps (RAM): 457029 min ECU time stamps (EEPROM): 457020 min ECU time stamps from KeyOn (RAM): 480 sec ECU time stamps from KeyOn (EEPROM): 90 sec KeyOn counter (EEPROM): 11483 ECU Time first DTC detection (EEPROM): 457022 min ECU Time Stamps from KeyOn first DTC detection (EEPROM): 45 sec Realignment Status: No ProgrammingStatus (EEPROM / FLASH): Boot Block NOT present: No Application Block NOT Present: No Data Block NOT Present: No Transfer Data - Wrong Sequence: No Transfer Data - Incompatible block size: No Routine Control - Erase Memory - Wrong Size: No Routine Control - Erase Memory - Wrong Address: No Routine Control - Checksum - Wrong Address: No Routine Control - Checksum - Wrong Size: No Routine Control - Checksum - Wrong Checksum: No Wrong Sequence - WriteDataByLocal: No Wrong Sequence - Erase: No Wrong Sequence - BlockTransfer: No Wrong Sequence - CheckSum: No Wrong Security Access: No Request Download - Incompatible Area: No Request Download - Incompatible Type: No Request Download - Incompatible Size: No Hardware / Application Software not compatible: No Application Software / Data Application not compatible 1: No HVIL Status: HVIL Source Current: 0,00 mA PWM Duty Cycle: 50,59 % PWM Frequency: 0,08 KHz BPCM HVIL Status Table: Not Sourced BPCM 12 Volt connector inputs: Cooling Pump Speed: 100,00 % Contactor Command PWM: 72,94 % Battery Coolant Heater PWM: 85,10 % EV Wake Up: Sourced Battery Coolant Heater Enable: Sourced Battery Coolant Chiller Enable: Not Sourced Radiator Temp Sensor Validity: Sourced OBCM Wakeup Signal: Not Sourced Positive Contactor: Open Negative Contactor: Open Precharge Contactor: Open Battery Coolant Chiller 3 Way Coolant Valve: Open Battery Coolant Heater 3 Way Coolant Valve: Open Cooling Pump Relay Drive: Not Sourced BPCM HVIL Status: Not Sourced Discharge/Charge Amp Hours: Charge Amp Hours: 47645,10 AH Discharge Amp Hours: 46925,20 AH Discharge KW/Hours: 13402,00 kWH Charge KW/Hours: 15337,00 kWH HV Battery Miles: 59327,94 Miles State Of Health Adjustment In progress: Max SOC: 7,84 % Average SOC: 5,10 % Min SOC: 2,35 % Life Number of SOH-C adjustments: 3893 Last Adjust (abs): 0,03 AH Diagnostic Contactor Dis/Enabler (Engineering - Manufacturing): Enabled Diagnostic Contactor Enabler(Service): Enabled SOC Histo: 0.0% to 19.9%: 5445 min 20.0% to 29.9%: 21845 min 30.0% to 39.9%: 43695 min 40.0% to 49.9%: 54365 min 50.0% to 59.9%: 56140 min 60.0% to 69.9%: 69500 min 70.0% to 79.9%: 76910 min 80.0% to 100%: 179135 min Number Of Open/Closed: Opens: 14248 Closes: 14248 Opens Under Load: 0 Impending Opens: 4 Open Requests (From the battery): 2 Loss 12V: 15 PreCharge Failures: 0 Failure to write to EEPROM(Moved to Default) ->> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3456 mV Min Cell Voltage: 3187 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 22 °C Min Cell Temperature: 20 °C State of Charge: State of Charge Last Stored: 3,53 % Power-up State of Charge: 2,35 % State of Charge: 2,35 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 325,90 V High Voltage Sensor (Pack): 328,70 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Invalid Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: No Contactor Open Request: Yes Open command received during precharge: No Commanded Open (normal): Yes Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: Yes Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 52885 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 2,35 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 167 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5724,17 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 0 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 1,00 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 0,00 V Battery Total Time Awake: 30247385 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 61380 min HV Bat Per Wakeup 12V Charge Disable: Enabled HV Bat Per Wakeup Balance Disable: Enabled HV Bat Per Wakeup Charge Disable: Enabled HV Bat Per Wakeup Thermal Cold Disable: Enabled HV Bat Per Wakeup Thermal Hot Disable: Enabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 62 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,94 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186545 min 20< T < 30: 238600 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 24 °C 2: 24 °C 3: 24 °C 4: 24 °C 5: 26 °C 6: 26 °C 7: 26 °C 8: 26 °C 9: 26 °C 10: 26 °C 11: 26 °C 12: 26 °C 13: 24 °C 14: 24 °C 15: 25 °C 16: 25 °C 17: 25 °C 18: 25 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 20,00 V 2: 20,24 V 3: 16,73 V 4: 16,72 V 5: 16,57 V 6: 16,73 V 7: 17,10 V 8: 17,04 V 9: 16,97 V 10: 16,91 V 11: 16,71 V 12: 16,55 V 13: 16,97 V 14: 20,31 V 15: 20,04 V 16: 20,22 V 17: 20,09 V 18: 19,50 V Block Voltage Sensors: 1: 20,01 V 2: 20,22 V 3: 16,73 V 4: 16,71 V 5: 16,57 V 6: 16,72 V 7: 17,11 V 8: 17,04 V 9: 16,98 V 10: 16,90 V 11: 16,71 V 12: 16,54 V 13: 16,97 V 14: 20,30 V 15: 20,05 V 16: 20,22 V 17: 20,10 V 18: 19,50 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3314 mV 2: 3306 mV 3: 3377 mV 4: 3339 mV 5: 3361 mV 6: 3336 mV 7: 3377 mV 8: 3395 mV 9: 3343 mV 10: 3347 mV 11: 3424 mV 12: 3384 mV Cell Voltages, 13 to 24: 13: 3302 mV 14: 3327 mV 15: 3385 mV 16: 3388 mV 17: 3352 mV 18: 3401 mV 19: 3352 mV 20: 3329 mV 21: 3379 mV 22: 3281 mV 23: 3232 mV 24: 3342 mV Cell Voltages, 25 to 36: 25: 3405 mV 26: 3301 mV 27: 3316 mV 28: 3416 mV 29: 3320 mV 30: 3340 mV 31: 3290 mV 32: 3391 mV 33: 3368 mV 34: 3439 mV 35: 3448 mV 36: 3416 mV Cell Voltages, 37 to 48: 37: 3456 mV 38: 3426 mV 39: 3453 mV 40: 3419 mV 41: 3384 mV 42: 3388 mV 43: 3386 mV 44: 3391 mV 45: 3403 mV 46: 3408 mV 47: 3408 mV 48: 3390 mV Cell Voltages, 49 to 60: 49: 3420 mV 50: 3415 mV 51: 3405 mV 52: 3310 mV 53: 3369 mV 54: 3337 mV 55: 3381 mV 56: 3298 mV 57: 3348 mV 58: 3215 mV 59: 3273 mV 60: 3376 mV Cell Voltages, 61 to 72: 61: 3342 mV 62: 3369 mV 63: 3445 mV 64: 3373 mV 65: 3440 mV 66: 3375 mV 67: 3363 mV 68: 3400 mV 69: 3384 mV 70: 3438 mV 71: 3371 mV 72: 3350 mV Cell Voltages, 73 to 84: 73: 3396 mV 74: 3356 mV 75: 3317 mV 76: 3372 mV 77: 3354 mV 78: 3365 mV 79: 3310 mV 80: 3442 mV 81: 3404 mV 82: 3390 mV 83: 3343 mV 84: 3371 mV Cell Voltages, 85 to 96: 85: 3300 mV 86: 3362 mV 87: 3363 mV 88: 3416 mV 89: 3313 mV 90: 3348 mV 91: 3322 mV 92: 3220 mV 93: 3188 mV 94: 3187 mV 95: 3344 mV 96: 3264 mV Module Temperature Sensors: 1: 21 °C 2: 21 °C 3: 21 °C 4: 20 °C 5: 20 °C 6: 20 °C 7: 21 °C 8: 21 °C 9: 21 °C 10: 21 °C 11: 20 °C 12: 20 °C 13: 20 °C 14: 21 °C 15: 21 °C 16: 20 °C 17: 21 °C 18: 22 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Active Diagnostic Status Of ECU: Running in Application mode Gateway: No ECU Variant ID: 01 ECU Version ID: 08 Odometer: 97618,00 km ECU Time Stamps (RAM): 457030 min ECU time stamps (EEPROM): 457020 min ECU time stamps from KeyOn (RAM): 510 sec ECU time stamps from KeyOn (EEPROM): 90 sec KeyOn counter (EEPROM): 11483 ECU Time first DTC detection (EEPROM): 457022 min ECU Time Stamps from KeyOn first DTC detection (EEPROM): 45 sec Realignment Status: No ProgrammingStatus (EEPROM / FLASH): Boot Block NOT present: No Application Block NOT Present: No Data Block NOT Present: No Transfer Data - Wrong Sequence: No Transfer Data - Incompatible block size: No Routine Control - Erase Memory - Wrong Size: No Routine Control - Erase Memory - Wrong Address: No Routine Control - Checksum - Wrong Address: No Routine Control - Checksum - Wrong Size: No Routine Control - Checksum - Wrong Checksum: No Wrong Sequence - WriteDataByLocal: No Wrong Sequence - Erase: No Wrong Sequence - BlockTransfer: No Wrong Sequence - CheckSum: No Wrong Security Access: No Request Download - Incompatible Area: No Request Download - Incompatible Type: No Request Download - Incompatible Size: No Hardware / Application Software not compatible: No Application Software / Data Application not compatible 1: No ___________________________ Reading faults for: Battery Pack Control Module (BPCM) ___________________ Faults reported: 25. 8. 2025 18:47:18 ___________________________ Reading faults for: Battery Pack Control Module (BPCM) ___________________ Faults reported: 25. 8. 2025 19:01:41 ___________________________ Reading faults for: Battery Pack Control Module (BPCM) ___________________ Faults reported: 25. 8. 2025 19:01:47 ___________________________ Reading present faults for: Battery Pack Control Module (BPCM) ___________________ Present faults reported: 25. 8. 2025 19:01:49 Present faults found. P167B ___________________ ___________________________ Reading faults requesting MIL 'On' for: Battery Pack Control Module (BPCM) ___________________ Faults requesting MIL 'On' reported: 25. 8. 2025 19:01:50 ___________________________ Reading faults for: Battery Pack Control Module (BPCM) ___________________ Faults reported: 25. 8. 2025 19:42:04 ___________________________ 'Clear fault codes' command sent Odometer: 97618,00 km ECU Time Stamps (RAM): 457066 min ECU time stamps (EEPROM): 457056 min ECU time stamps from KeyOn (RAM): 540 sec ECU time stamps from KeyOn (EEPROM): 255 sec KeyOn counter (EEPROM): 11501 ECU Time first DTC detection (EEPROM): 457054 min ECU Time Stamps from KeyOn first DTC detection (EEPROM): 165 sec Realignment Status: No ProgrammingStatus (EEPROM / FLASH): Boot Block NOT present: No Application Block NOT Present: No Data Block NOT Present: No Transfer Data - Wrong Sequence: No Transfer Data - Incompatible block size: No Routine Control - Erase Memory - Wrong Size: No Routine Control - Erase Memory - Wrong Address: No Routine Control - Checksum - Wrong Address: No Routine Control - Checksum - Wrong Size: No Routine Control - Checksum - Wrong Checksum: No Wrong Sequence - WriteDataByLocal: No Wrong Sequence - Erase: No Wrong Sequence - BlockTransfer: No Wrong Sequence - CheckSum: No Wrong Security Access: No Request Download - Incompatible Area: No Request Download - Incompatible Type: No Request Download - Incompatible Size: No Hardware / Application Software not compatible: No Application Software / Data Application not compatible 1: No HVIL Status: HVIL Source Current: 0,00 mA PWM Duty Cycle: 50,59 % PWM Frequency: 0,08 KHz BPCM HVIL Status Table: Not Sourced BPCM 12 Volt connector inputs: Cooling Pump Speed: 100,00 % Contactor Command PWM: 72,55 % Battery Coolant Heater PWM: 85,10 % EV Wake Up: Sourced Battery Coolant Heater Enable: Sourced Battery Coolant Chiller Enable: Not Sourced Radiator Temp Sensor Validity: Sourced OBCM Wakeup Signal: Not Sourced Positive Contactor: Open Negative Contactor: Open Precharge Contactor: Open Battery Coolant Chiller 3 Way Coolant Valve: Open Battery Coolant Heater 3 Way Coolant Valve: Open Cooling Pump Relay Drive: Not Sourced BPCM HVIL Status: Not Sourced Discharge/Charge Amp Hours: Charge Amp Hours: 47645,10 AH Discharge Amp Hours: 46925,20 AH Discharge KW/Hours: 13402,00 kWH Charge KW/Hours: 15337,00 kWH HV Battery Miles: 59327,94 Miles State Of Health Adjustment In progress: Max SOC: 7,45 % Average SOC: 5,10 % Min SOC: 1,96 % Life Number of SOH-C adjustments: 3893 Last Adjust (abs): 0,03 AH Diagnostic Contactor Dis/Enabler (Engineering - Manufacturing): Enabled Diagnostic Contactor Enabler(Service): Enabled SOC Histo: 0.0% to 19.9%: 5485 min 20.0% to 29.9%: 21845 min 30.0% to 39.9%: 43695 min 40.0% to 49.9%: 54365 min 50.0% to 59.9%: 56140 min 60.0% to 69.9%: 69500 min 70.0% to 79.9%: 76910 min 80.0% to 100%: 179135 min Number Of Open/Closed: Opens: 14248 Closes: 14248 Opens Under Load: 0 Impending Opens: 4 Open Requests (From the battery): 2 Loss 12V: 16 PreCharge Failures: 0 Failure to write to EEPROM(Moved to Default) ->> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3453 mV Min Cell Voltage: 3180 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 23 °C Min Cell Temperature: 20 °C State of Charge: State of Charge Last Stored: 1,96 % Power-up State of Charge: 1,96 % State of Charge: 1,96 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 325,50 V High Voltage Sensor (Pack): 328,30 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Invalid Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: No Contactor Open Request: No Open command received during precharge: No Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 52930 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 1,96 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 9 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5724,17 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 0 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 1,00 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 2,90 V Battery Total Time Awake: 30249813 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 72 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,32 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186545 min 20< T < 30: 238640 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 27 °C 2: 27 °C 3: 26 °C 4: 26 °C 5: 27 °C 6: 27 °C 7: 27 °C 8: 27 °C 9: 28 °C 10: 28 °C 11: 28 °C 12: 28 °C 13: 26 °C 14: 26 °C 15: 26 °C 16: 26 °C 17: 26 °C 18: 26 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 19,98 V 2: 20,22 V 3: 16,71 V 4: 16,70 V 5: 16,54 V 6: 16,71 V 7: 17,08 V 8: 17,03 V 9: 16,95 V 10: 16,89 V 11: 16,68 V 12: 16,52 V 13: 16,95 V 14: 20,29 V 15: 20,01 V 16: 20,19 V 17: 20,07 V 18: 19,46 V Block Voltage Sensors: 1: 19,98 V 2: 20,20 V 3: 16,71 V 4: 16,69 V 5: 16,55 V 6: 16,71 V 7: 17,10 V 8: 17,03 V 9: 16,97 V 10: 16,89 V 11: 16,69 V 12: 16,51 V 13: 16,95 V 14: 20,28 V 15: 20,02 V 16: 20,20 V 17: 20,07 V 18: 19,46 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3310 mV 2: 3301 mV 3: 3372 mV 4: 3334 mV 5: 3357 mV 6: 3332 mV 7: 3373 mV 8: 3392 mV 9: 3339 mV 10: 3342 mV 11: 3421 mV 12: 3380 mV Cell Voltages, 13 to 24: 13: 3297 mV 14: 3322 mV 15: 3381 mV 16: 3384 mV 17: 3348 mV 18: 3398 mV 19: 3348 mV 20: 3325 mV 21: 3376 mV 22: 3276 mV 23: 3226 mV 24: 3337 mV Cell Voltages, 25 to 36: 25: 3402 mV 26: 3296 mV 27: 3310 mV 28: 3413 mV 29: 3315 mV 30: 3335 mV 31: 3285 mV 32: 3387 mV 33: 3364 mV 34: 3436 mV 35: 3445 mV 36: 3413 mV Cell Voltages, 37 to 48: 37: 3453 mV 38: 3424 mV 39: 3450 mV 40: 3416 mV 41: 3380 mV 42: 3385 mV 43: 3383 mV 44: 3388 mV 45: 3400 mV 46: 3405 mV 47: 3406 mV 48: 3386 mV Cell Voltages, 49 to 60: 49: 3416 mV 50: 3411 mV 51: 3401 mV 52: 3305 mV 53: 3365 mV 54: 3333 mV 55: 3377 mV 56: 3293 mV 57: 3344 mV 58: 3208 mV 59: 3267 mV 60: 3371 mV Cell Voltages, 61 to 72: 61: 3337 mV 62: 3366 mV 63: 3442 mV 64: 3369 mV 65: 3437 mV 66: 3371 mV 67: 3359 mV 68: 3396 mV 69: 3381 mV 70: 3435 mV 71: 3367 mV 72: 3346 mV Cell Voltages, 73 to 84: 73: 3393 mV 74: 3352 mV 75: 3312 mV 76: 3367 mV 77: 3350 mV 78: 3361 mV 79: 3305 mV 80: 3438 mV 81: 3400 mV 82: 3386 mV 83: 3339 mV 84: 3367 mV Cell Voltages, 85 to 96: 85: 3295 mV 86: 3358 mV 87: 3359 mV 88: 3412 mV 89: 3309 mV 90: 3344 mV 91: 3317 mV 92: 3214 mV 93: 3181 mV 94: 3180 mV 95: 3340 mV 96: 3258 mV Module Temperature Sensors: 1: 21 °C 2: 21 °C 3: 21 °C 4: 21 °C 5: 20 °C 6: 21 °C 7: 21 °C 8: 21 °C 9: 21 °C 10: 21 °C 11: 21 °C 12: 20 °C 13: 21 °C 14: 21 °C 15: 22 °C 16: 21 °C 17: 21 °C 18: 23 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3453 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3454 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3453 mV Cell Number 3rd highest: 36 Max EEPROM 4th highest: 3453 mV Cell Number 4th highest: 36 Max EEPROM 5th highest: 3453 mV Cell Number 5th highest: 36 Max EEPROM 6th highest: 3453 mV Cell Number 6th highest: 36 Max EEPROM 7th highest: 3453 mV Cell Number 7th highest: 36 Max EEPROM 8th highest: 3453 mV Cell Number 8th highest: 36 Max EEPROM 9th highest: 3526 mV Cell Number 9th highest: 36 Max EEPROM 10th highest: 3722 mV Cell Number 10th highest: 34 Max EEPROM 11th highest: 3722 mV Cell Number 11th highest: 34 Max EEPROM 12th highest: 3723 mV Cell Number 12th highest: 39 Max EEPROM 13th highest: 3723 mV Cell Number 13th highest: 31 Max EEPROM 14th highest: 3724 mV Cell Number 14th highest: 34 Max EEPROM 15th highest: 3723 mV Cell Number 15th highest: 31 Max EEPROM 16th highest: 3724 mV Cell Number 16th highest: 39 Max EEPROM 17th highest: 3724 mV Cell Number 17th highest: 34 Max EEPROM 18th highest: 3725 mV Cell Number 8th highest: 34 Max EEPROM 19th highest: 3725 mV Cell Number 19th highest: 39 Max EEPROM 20th highest: 3726 mV Cell Number 20th highest: 39 Top 20 lowest cells: Min EEPROM 1st lowest: 3181 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3181 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3181 mV Cell Number 3rd lowest: 93 Min EEPROM 4th lowest: 3181 mV Cell Number 4th lowest: 93 Min EEPROM 5th lowest: 3181 mV Cell Number 5th lowest: 93 Min EEPROM 6th lowest: 3181 mV Cell Number 6th lowest: 93 Min EEPROM 7th lowest: 3182 mV Cell Number 7th lowest: 93 Min EEPROM 8th lowest: 3181 mV Cell Number 8th lowest: 93 Min EEPROM 9th lowest: 3337 mV Cell Number 9th lowest: 93 Min EEPROM 10th lowest: 3709 mV Cell Number 10th lowest: 58 Min EEPROM 11th lowest: 3709 mV Cell Number 11th lowest: 16 Min EEPROM 12th lowest: 3711 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3712 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3712 mV Cell Number 14th lowest: 58 Min EEPROM 15th lowest: 3712 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3712 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3713 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3713 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3714 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3714 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3453 mV Min Cell Voltage: 3179 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 23 °C Min Cell Temperature: 20 °C State of Charge: State of Charge Last Stored: 1,96 % Power-up State of Charge: 1,96 % State of Charge: 1,96 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 325,40 V High Voltage Sensor (Pack): 328,40 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Open Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: Yes Contactor Open Request: Yes Open command received during precharge: No Commanded Open (normal): Yes Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: Yes Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 52935 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 1,96 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 9 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5724,17 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 0 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 1,00 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 2,90 V Battery Total Time Awake: 30250156 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 73 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,46 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186545 min 20< T < 30: 238645 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 27 °C 2: 27 °C 3: 27 °C 4: 27 °C 5: 27 °C 6: 27 °C 7: 27 °C 8: 27 °C 9: 28 °C 10: 28 °C 11: 28 °C 12: 28 °C 13: 26 °C 14: 26 °C 15: 26 °C 16: 26 °C 17: 26 °C 18: 26 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 19,97 V 2: 20,21 V 3: 16,70 V 4: 16,69 V 5: 16,54 V 6: 16,71 V 7: 17,08 V 8: 17,03 V 9: 16,95 V 10: 16,89 V 11: 16,68 V 12: 16,52 V 13: 16,95 V 14: 20,28 V 15: 20,01 V 16: 20,19 V 17: 20,07 V 18: 19,46 V Block Voltage Sensors: 1: 19,98 V 2: 20,20 V 3: 16,71 V 4: 16,69 V 5: 16,55 V 6: 16,70 V 7: 17,09 V 8: 17,03 V 9: 16,97 V 10: 16,89 V 11: 16,69 V 12: 16,51 V 13: 16,95 V 14: 20,28 V 15: 20,02 V 16: 20,19 V 17: 20,07 V 18: 19,46 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3309 mV 2: 3301 mV 3: 3372 mV 4: 3334 mV 5: 3357 mV 6: 3331 mV 7: 3372 mV 8: 3391 mV 9: 3338 mV 10: 3342 mV 11: 3421 mV 12: 3379 mV Cell Voltages, 13 to 24: 13: 3297 mV 14: 3321 mV 15: 3381 mV 16: 3383 mV 17: 3347 mV 18: 3397 mV 19: 3347 mV 20: 3324 mV 21: 3375 mV 22: 3275 mV 23: 3225 mV 24: 3337 mV Cell Voltages, 25 to 36: 25: 3401 mV 26: 3295 mV 27: 3310 mV 28: 3413 mV 29: 3315 mV 30: 3335 mV 31: 3284 mV 32: 3387 mV 33: 3364 mV 34: 3435 mV 35: 3445 mV 36: 3412 mV Cell Voltages, 37 to 48: 37: 3452 mV 38: 3423 mV 39: 3450 mV 40: 3417 mV 41: 3380 mV 42: 3384 mV 43: 3382 mV 44: 3387 mV 45: 3400 mV 46: 3404 mV 47: 3405 mV 48: 3385 mV Cell Voltages, 49 to 60: 49: 3416 mV 50: 3411 mV 51: 3401 mV 52: 3305 mV 53: 3364 mV 54: 3332 mV 55: 3377 mV 56: 3293 mV 57: 3343 mV 58: 3208 mV 59: 3266 mV 60: 3371 mV Cell Voltages, 61 to 72: 61: 3337 mV 62: 3364 mV 63: 3442 mV 64: 3369 mV 65: 3436 mV 66: 3370 mV 67: 3359 mV 68: 3396 mV 69: 3380 mV 70: 3435 mV 71: 3366 mV 72: 3346 mV Cell Voltages, 73 to 84: 73: 3392 mV 74: 3351 mV 75: 3312 mV 76: 3367 mV 77: 3349 mV 78: 3361 mV 79: 3304 mV 80: 3438 mV 81: 3400 mV 82: 3385 mV 83: 3338 mV 84: 3366 mV ___________________________ Reading faults for: Battery Pack Control Module (BPCM) ___________________ Faults reported: 25. 8. 2025 20:03:09 Faults found. P167B ___________________ ___________________________ 'Clear fault codes' command sent ___________________________ Reading faults for: Battery Pack Control Module (BPCM) ___________________ Faults reported: 28. 8. 2025 20:03:46 Odometer: 97618,00 km ECU Time Stamps (RAM): 457086 min ECU time stamps (EEPROM): 457082 min ECU time stamps from KeyOn (RAM): 75 sec ECU time stamps from KeyOn (EEPROM): 300 sec KeyOn counter (EEPROM): 11511 ECU Time first DTC detection (EEPROM): 457078 min ECU Time Stamps from KeyOn first DTC detection (EEPROM): 30 sec Realignment Status: No ProgrammingStatus (EEPROM / FLASH): Boot Block NOT present: No Application Block NOT Present: No Data Block NOT Present: No Transfer Data - Wrong Sequence: No Transfer Data - Incompatible block size: No Routine Control - Erase Memory - Wrong Size: No Routine Control - Erase Memory - Wrong Address: No Routine Control - Checksum - Wrong Address: No Routine Control - Checksum - Wrong Size: No Routine Control - Checksum - Wrong Checksum: No Wrong Sequence - WriteDataByLocal: No Wrong Sequence - Erase: No Wrong Sequence - BlockTransfer: No Wrong Sequence - CheckSum: No Wrong Security Access: No Request Download - Incompatible Area: No Request Download - Incompatible Type: No Request Download - Incompatible Size: No Hardware / Application Software not compatible: No Application Software / Data Application not compatible 1: No HVIL Status: HVIL Source Current: 0,00 mA PWM Duty Cycle: 50,59 % PWM Frequency: 0,08 KHz BPCM HVIL Status Table: Not Sourced BPCM 12 Volt connector inputs: Cooling Pump Speed: 100,00 % Contactor Command PWM: 72,94 % Battery Coolant Heater PWM: 85,10 % EV Wake Up: Sourced Battery Coolant Heater Enable: Sourced Battery Coolant Chiller Enable: Not Sourced Radiator Temp Sensor Validity: Sourced OBCM Wakeup Signal: Not Sourced Positive Contactor: Open Negative Contactor: Open Precharge Contactor: Open Battery Coolant Chiller 3 Way Coolant Valve: Open Battery Coolant Heater 3 Way Coolant Valve: Open Cooling Pump Relay Drive: Not Sourced BPCM HVIL Status: Not Sourced Discharge/Charge Amp Hours: Charge Amp Hours: 47645,10 AH Discharge Amp Hours: 46925,20 AH Discharge KW/Hours: 13402,00 kWH Charge KW/Hours: 15337,00 kWH HV Battery Miles: 59327,94 Miles State Of Health Adjustment In progress: Max SOC: 7,45 % Average SOC: 5,10 % Min SOC: 2,35 % Life Number of SOH-C adjustments: 3893 Last Adjust (abs): 0,03 AH Diagnostic Contactor Dis/Enabler (Engineering - Manufacturing): Disabled Diagnostic Contactor Enabler(Service): Disabled SOC Histo: 0.0% to 19.9%: 5505 min 20.0% to 29.9%: 21845 min 30.0% to 39.9%: 43695 min 40.0% to 49.9%: 54365 min 50.0% to 59.9%: 56140 min 60.0% to 69.9%: 69500 min 70.0% to 79.9%: 76910 min 80.0% to 100%: 179135 min Number Of Open/Closed: Opens: 14248 Closes: 14248 Opens Under Load: 0 Impending Opens: 4 Open Requests (From the battery): 2 Loss 12V: 17 PreCharge Failures: 0 Failure to write to EEPROM(Moved to Default) ->> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3452 mV Min Cell Voltage: 3197 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 29 °C Min Cell Temperature: 27 °C State of Charge: State of Charge Last Stored: 2,35 % Power-up State of Charge: 2,35 % State of Charge: 2,35 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 325,80 V High Voltage Sensor (Pack): 328,50 V Bus Voltage: 4,30 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Open Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: Yes Contactor Open Request: Yes Open command received during precharge: No Commanded Open (normal): Yes Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: Yes Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 52945 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 2,35 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 129 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5724,59 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 17 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 1,10 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 2,80 V Battery Total Time Awake: 30250846 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 77 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,92 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186545 min 20< T < 30: 238655 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 31 °C 2: 31 °C 3: 31 °C 4: 31 °C 5: 31 °C 6: 31 °C 7: 31 °C 8: 31 °C 9: 32 °C 10: 32 °C 11: 32 °C 12: 32 °C 13: 30 °C 14: 30 °C 15: 31 °C 16: 31 °C 17: 31 °C 18: 31 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 20,00 V 2: 20,23 V 3: 16,72 V 4: 16,71 V 5: 16,58 V 6: 16,72 V 7: 17,09 V 8: 17,03 V 9: 16,96 V 10: 16,90 V 11: 16,70 V 12: 16,55 V 13: 16,96 V 14: 20,30 V 15: 20,03 V 16: 20,21 V 17: 20,08 V 18: 19,53 V Block Voltage Sensors: 1: 20,00 V 2: 20,21 V 3: 16,72 V 4: 16,71 V 5: 16,57 V 6: 16,72 V 7: 17,09 V 8: 17,04 V 9: 16,97 V 10: 16,89 V 11: 16,71 V 12: 16,54 V 13: 16,96 V 14: 20,28 V 15: 20,04 V 16: 20,21 V 17: 20,08 V 18: 19,52 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3314 mV 2: 3308 mV 3: 3375 mV 4: 3337 mV 5: 3360 mV 6: 3335 mV 7: 3375 mV 8: 3393 mV 9: 3342 mV 10: 3346 mV 11: 3421 mV 12: 3381 mV Cell Voltages, 13 to 24: 13: 3303 mV 14: 3326 mV 15: 3383 mV 16: 3385 mV 17: 3350 mV 18: 3398 mV 19: 3351 mV 20: 3330 mV 21: 3378 mV 22: 3283 mV 23: 3238 mV 24: 3341 mV Cell Voltages, 25 to 36: 25: 3403 mV 26: 3302 mV 27: 3316 mV 28: 3413 mV 29: 3319 mV 30: 3340 mV 31: 3291 mV 32: 3389 mV 33: 3366 mV 34: 3436 mV 35: 3445 mV 36: 3412 mV Cell Voltages, 37 to 48: 37: 3452 mV 38: 3424 mV 39: 3450 mV 40: 3418 mV 41: 3381 mV 42: 3387 mV 43: 3384 mV 44: 3388 mV 45: 3401 mV 46: 3406 mV 47: 3406 mV 48: 3387 mV Cell Voltages, 49 to 60: 49: 3417 mV 50: 3412 mV 51: 3403 mV 52: 3310 mV 53: 3367 mV 54: 3337 mV 55: 3379 mV 56: 3300 mV 57: 3347 mV 58: 3223 mV 59: 3273 mV 60: 3373 mV Cell Voltages, 73 to 84: 73: 3393 mV 74: 3355 mV 75: 3317 mV 76: 3370 mV 77: 3352 mV 78: 3364 mV 79: 3310 mV 80: 3438 mV 81: 3401 mV 82: 3387 mV 83: 3342 mV 84: 3369 mV Cell Voltages, 85 to 96: 85: 3300 mV 86: 3360 mV 87: 3360 mV 88: 3413 mV 89: 3313 mV 90: 3346 mV 91: 3321 mV 92: 3226 mV 93: 3199 mV 94: 3197 mV 95: 3344 mV 96: 3268 mV Module Temperature Sensors: 1: 28 °C 2: 28 °C 3: 28 °C 4: 27 °C 5: 27 °C 6: 27 °C 7: 28 °C 8: 28 °C 9: 28 °C 10: 28 °C 11: 28 °C 12: 27 °C 13: 28 °C 14: 28 °C 15: 29 °C 16: 28 °C 17: 28 °C 18: 29 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3453 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3453 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3453 mV Cell Number 3rd highest: 36 Max EEPROM 4th highest: 3453 mV Cell Number 4th highest: 36 Max EEPROM 5th highest: 3453 mV Cell Number 5th highest: 36 Max EEPROM 6th highest: 3526 mV Cell Number 6th highest: 36 Max EEPROM 7th highest: 3722 mV Cell Number 7th highest: 34 Max EEPROM 8th highest: 3722 mV Cell Number 8th highest: 34 Max EEPROM 9th highest: 3723 mV Cell Number 9th highest: 39 Max EEPROM 10th highest: 3723 mV Cell Number 10th highest: 31 Max EEPROM 11th highest: 3724 mV Cell Number 11th highest: 34 Max EEPROM 12th highest: 3723 mV Cell Number 12th highest: 31 Max EEPROM 13th highest: 3724 mV Cell Number 13th highest: 39 Max EEPROM 14th highest: 3724 mV Cell Number 14th highest: 34 Max EEPROM 15th highest: 3725 mV Cell Number 15th highest: 34 Max EEPROM 16th highest: 3725 mV Cell Number 16th highest: 39 Max EEPROM 17th highest: 3726 mV Cell Number 17th highest: 39 Max EEPROM 18th highest: 3727 mV Cell Number 8th highest: 31 Max EEPROM 19th highest: 3728 mV Cell Number 19th highest: 34 Max EEPROM 20th highest: 3729 mV Cell Number 20th highest: 34 Top 20 lowest cells: Min EEPROM 1st lowest: 3197 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3197 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3197 mV Cell Number 3rd lowest: 93 Min EEPROM 4th lowest: 3197 mV Cell Number 4th lowest: 93 Min EEPROM 5th lowest: 3197 mV Cell Number 5th lowest: 93 Min EEPROM 6th lowest: 3337 mV Cell Number 6th lowest: 93 Min EEPROM 7th lowest: 3709 mV Cell Number 7th lowest: 58 Min EEPROM 8th lowest: 3709 mV Cell Number 8th lowest: 16 Min EEPROM 9th lowest: 3711 mV Cell Number 9th lowest: 16 Min EEPROM 10th lowest: 3712 mV Cell Number 10th lowest: 16 Min EEPROM 11th lowest: 3712 mV Cell Number 11th lowest: 58 Min EEPROM 12th lowest: 3712 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3712 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3713 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3713 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3714 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3714 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3716 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3718 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3718 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3427 mV Min Cell Voltage: 3129 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 28 °C Min Cell Temperature: 26 °C State of Charge: State of Charge Last Stored: 2,35 % Power-up State of Charge: 1,57 % State of Charge: 1,57 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 322,20 V High Voltage Sensor (Pack): 325,20 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Invalid Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: No Contactor Open Request: No Open command received during precharge: No Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 53000 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 1,57 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 57 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5725,00 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 55 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 0,70 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 0,00 V Battery Total Time Awake: 30254137 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 61380 min HV Bat Per Wakeup 12V Charge Disable: Enabled HV Bat Per Wakeup Balance Disable: Enabled HV Bat Per Wakeup Charge Disable: Enabled HV Bat Per Wakeup Thermal Cold Disable: Enabled HV Bat Per Wakeup Thermal Hot Disable: Enabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 94 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,97 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,50 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,84 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186545 min 20< T < 30: 238715 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 28 °C 2: 28 °C 3: 28 °C 4: 28 °C 5: 30 °C 6: 30 °C 7: 30 °C 8: 30 °C 9: 30 °C 10: 30 °C 11: 30 °C 12: 30 °C 13: 28 °C 14: 28 °C 15: 29 °C 16: 29 °C 17: 29 °C 18: 29 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 19,77 V 2: 20,03 V 3: 16,53 V 4: 16,52 V 5: 16,36 V 6: 16,54 V 7: 16,94 V 8: 16,88 V 9: 16,80 V 10: 16,74 V 11: 16,51 V 12: 16,33 V 13: 16,80 V 14: 20,10 V 15: 19,81 V 16: 20,00 V 17: 19,86 V 18: 19,20 V Block Voltage Sensors: 1: 19,77 V 2: 20,01 V 3: 16,54 V 4: 16,52 V 5: 16,36 V 6: 16,54 V 7: 16,95 V 8: 16,88 V 9: 16,81 V 10: 16,73 V 11: 16,51 V 12: 16,32 V 13: 16,80 V 14: 20,10 V 15: 19,82 V 16: 20,00 V 17: 19,87 V 18: 19,20 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3272 mV 2: 3264 mV 3: 3341 mV 4: 3299 mV 5: 3324 mV 6: 3297 mV 7: 3341 mV 8: 3361 mV 9: 3305 mV 10: 3309 mV 11: 3393 mV 12: 3348 mV Cell Voltages, 13 to 24: 13: 3258 mV 14: 3285 mV 15: 3350 mV 16: 3352 mV 17: 3313 mV 18: 3367 mV 19: 3313 mV 20: 3289 mV 21: 3343 mV 22: 3235 mV 23: 3182 mV 24: 3303 mV Cell Voltages, 25 to 36: 25: 3371 mV 26: 3257 mV 27: 3274 mV 28: 3385 mV 29: 3278 mV 30: 3301 mV 31: 3245 mV 32: 3355 mV 33: 3332 mV 34: 3408 mV 35: 3419 mV 36: 3384 mV Cell Voltages, 37 to 48: 37: 3426 mV 38: 3396 mV 39: 3424 mV 40: 3388 mV 41: 3349 mV 42: 3354 mV 43: 3351 mV 44: 3356 mV 45: 3371 mV 46: 3375 mV 47: 3376 mV 48: 3355 mV Cell Voltages, 49 to 60: 49: 3388 mV 50: 3382 mV 51: 3372 mV 52: 3267 mV 53: 3332 mV 54: 3297 mV 55: 3345 mV 56: 3253 mV 57: 3309 mV 58: 3164 mV 59: 3223 mV 60: 3338 mV Cell Voltages, 61 to 72: 61: 3302 mV 62: 3332 mV 63: 3416 mV 64: 3337 mV 65: 3409 mV 66: 3338 mV 67: 3327 mV 68: 3366 mV 69: 3350 mV 70: 3408 mV 71: 3335 mV 72: 3313 mV Cell Voltages, 73 to 84: 73: 3362 mV 74: 3318 mV 75: 3275 mV 76: 3335 mV 77: 3316 mV 78: 3329 mV 79: 3266 mV 80: 3411 mV 81: 3371 mV 82: 3355 mV 83: 3304 mV 84: 3334 mV Cell Voltages, 85 to 96: 85: 3255 mV 86: 3325 mV 87: 3325 mV 88: 3383 mV 89: 3271 mV 90: 3309 mV 91: 3280 mV 92: 3166 mV 93: 3130 mV 94: 3129 mV 95: 3305 mV 96: 3217 mV Module Temperature Sensors: 1: 27 °C 2: 26 °C 3: 27 °C 4: 27 °C 5: 26 °C 6: 26 °C 7: 27 °C 8: 27 °C 9: 27 °C 10: 27 °C 11: 26 °C 12: 26 °C 13: 27 °C 14: 26 °C 15: 27 °C 16: 26 °C 17: 27 °C 18: 28 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3427 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3526 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3722 mV Cell Number 3rd highest: 34 Max EEPROM 4th highest: 3722 mV Cell Number 4th highest: 34 Max EEPROM 5th highest: 3723 mV Cell Number 5th highest: 39 Max EEPROM 6th highest: 3723 mV Cell Number 6th highest: 31 Max EEPROM 7th highest: 3724 mV Cell Number 7th highest: 34 Max EEPROM 8th highest: 3723 mV Cell Number 8th highest: 31 Max EEPROM 9th highest: 3724 mV Cell Number 9th highest: 39 Max EEPROM 10th highest: 3724 mV Cell Number 10th highest: 34 Max EEPROM 11th highest: 3725 mV Cell Number 11th highest: 34 Max EEPROM 12th highest: 3725 mV Cell Number 12th highest: 39 Max EEPROM 13th highest: 3726 mV Cell Number 13th highest: 39 Max EEPROM 14th highest: 3727 mV Cell Number 14th highest: 31 Max EEPROM 15th highest: 3728 mV Cell Number 15th highest: 34 Max EEPROM 16th highest: 3729 mV Cell Number 16th highest: 34 Max EEPROM 17th highest: 3731 mV Cell Number 17th highest: 34 Max EEPROM 18th highest: 3732 mV Cell Number 8th highest: 39 Max EEPROM 19th highest: 3733 mV Cell Number 19th highest: 34 Max EEPROM 20th highest: 3734 mV Cell Number 20th highest: 34 Top 20 lowest cells: Min EEPROM 1st lowest: 3130 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3337 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3709 mV Cell Number 3rd lowest: 58 Min EEPROM 4th lowest: 3709 mV Cell Number 4th lowest: 16 Min EEPROM 5th lowest: 3711 mV Cell Number 5th lowest: 16 Min EEPROM 6th lowest: 3712 mV Cell Number 6th lowest: 16 Min EEPROM 7th lowest: 3712 mV Cell Number 7th lowest: 58 Min EEPROM 8th lowest: 3712 mV Cell Number 8th lowest: 16 Min EEPROM 9th lowest: 3712 mV Cell Number 9th lowest: 16 Min EEPROM 10th lowest: 3713 mV Cell Number 10th lowest: 16 Min EEPROM 11th lowest: 3713 mV Cell Number 11th lowest: 16 Min EEPROM 12th lowest: 3714 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3714 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3716 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3718 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3718 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3720 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3721 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3722 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3723 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3424 mV Min Cell Voltage: 3121 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 2 Max Cell Temperature: 28 °C Min Cell Temperature: 26 °C State of Charge: State of Charge Last Stored: 1,57 % Power-up State of Charge: 1,57 % State of Charge: 1,57 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 321,90 V High Voltage Sensor (Pack): 324,90 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Invalid Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: No Contactor Open Request: No Open command received during precharge: No Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 53035 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 1,57 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 12 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5725,00 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 0 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 0,70 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 2,80 V Battery Total Time Awake: 30256018 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 107 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,52 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186545 min 20< T < 30: 238745 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 32 °C 2: 32 °C 3: 32 °C 4: 32 °C 5: 33 °C 6: 33 °C 7: 32 °C 8: 32 °C 9: 33 °C 10: 33 °C 11: 33 °C 12: 33 °C 13: 31 °C 14: 31 °C 15: 32 °C 16: 32 °C 17: 31 °C 18: 31 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 19,75 V 2: 20,01 V 3: 16,51 V 4: 16,50 V 5: 16,34 V 6: 16,52 V 7: 16,93 V 8: 16,87 V 9: 16,79 V 10: 16,72 V 11: 16,49 V 12: 16,31 V 13: 16,78 V 14: 20,08 V 15: 19,78 V 16: 19,98 V 17: 19,84 V 18: 19,16 V Block Voltage Sensors: 1: 19,75 V 2: 19,99 V 3: 16,51 V 4: 16,50 V 5: 16,34 V 6: 16,51 V 7: 16,94 V 8: 16,87 V 9: 16,80 V 10: 16,71 V 11: 16,49 V 12: 16,30 V 13: 16,79 V 14: 20,07 V 15: 19,79 V 16: 19,98 V 17: 19,84 V 18: 19,16 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3267 mV 2: 3259 mV 3: 3338 mV 4: 3295 mV 5: 3321 mV 6: 3293 mV 7: 3338 mV 8: 3358 mV 9: 3301 mV 10: 3305 mV 11: 3390 mV 12: 3345 mV Cell Voltages, 13 to 24: 13: 3254 mV 14: 3281 mV 15: 3347 mV 16: 3349 mV 17: 3309 mV 18: 3364 mV 19: 3310 mV 20: 3285 mV 21: 3340 mV 22: 3230 mV 23: 3176 mV 24: 3298 mV Cell Voltages, 25 to 36: 25: 3368 mV 26: 3252 mV 27: 3269 mV 28: 3382 mV 29: 3274 mV 30: 3297 mV 31: 3240 mV 32: 3352 mV 33: 3328 mV 34: 3406 mV 35: 3416 mV 36: 3381 mV Cell Voltages, 37 to 48: 37: 3424 mV 38: 3393 mV 39: 3421 mV 40: 3386 mV 41: 3346 mV 42: 3351 mV 43: 3348 mV 44: 3354 mV 45: 3367 mV 46: 3372 mV 47: 3373 mV 48: 3351 mV Cell Voltages, 49 to 60: 49: 3385 mV 50: 3380 mV 51: 3368 mV 52: 3263 mV 53: 3328 mV 54: 3293 mV 55: 3342 mV 56: 3248 mV 57: 3305 mV 58: 3157 mV 59: 3217 mV 60: 3334 mV Cell Voltages, 61 to 72: 61: 3298 mV 62: 3327 mV 63: 3412 mV 64: 3333 mV 65: 3407 mV 66: 3335 mV 67: 3323 mV 68: 3364 mV 69: 3346 mV 70: 3406 mV 71: 3331 mV 72: 3309 mV Cell Voltages, 73 to 84: 73: 3358 mV 74: 3314 mV 75: 3271 mV 76: 3331 mV 77: 3312 mV 78: 3325 mV 79: 3261 mV 80: 3409 mV 81: 3367 mV 82: 3351 mV 83: 3300 mV 84: 3331 mV Cell Voltages, 85 to 96: 85: 3251 mV 86: 3321 mV 87: 3322 mV 88: 3380 mV 89: 3266 mV 90: 3306 mV 91: 3276 mV 92: 3160 mV 93: 3122 mV 94: 3121 mV 95: 3302 mV 96: 3212 mV Module Temperature Sensors: 1: 27 °C 2: 26 °C 3: 27 °C 4: 27 °C 5: 26 °C 6: 26 °C 7: 27 °C 8: 27 °C 9: 27 °C 10: 27 °C 11: 27 °C 12: 26 °C 13: 27 °C 14: 26 °C 15: 27 °C 16: 26 °C 17: 27 °C 18: 28 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3424 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3424 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3424 mV Cell Number 3rd highest: 36 Max EEPROM 4th highest: 3526 mV Cell Number 4th highest: 36 Max EEPROM 5th highest: 3722 mV Cell Number 5th highest: 34 Max EEPROM 6th highest: 3722 mV Cell Number 6th highest: 34 Max EEPROM 7th highest: 3723 mV Cell Number 7th highest: 39 Max EEPROM 8th highest: 3723 mV Cell Number 8th highest: 31 Max EEPROM 9th highest: 3724 mV Cell Number 9th highest: 34 Max EEPROM 10th highest: 3723 mV Cell Number 10th highest: 31 Max EEPROM 11th highest: 3724 mV Cell Number 11th highest: 39 Max EEPROM 12th highest: 3724 mV Cell Number 12th highest: 34 Max EEPROM 13th highest: 3725 mV Cell Number 13th highest: 34 Max EEPROM 14th highest: 3725 mV Cell Number 14th highest: 39 Max EEPROM 15th highest: 3726 mV Cell Number 15th highest: 39 Max EEPROM 16th highest: 3727 mV Cell Number 16th highest: 31 Max EEPROM 17th highest: 3728 mV Cell Number 17th highest: 34 Max EEPROM 18th highest: 3729 mV Cell Number 8th highest: 34 Max EEPROM 19th highest: 3731 mV Cell Number 19th highest: 34 Max EEPROM 20th highest: 3732 mV Cell Number 20th highest: 39 Top 20 lowest cells: Min EEPROM 1st lowest: 3121 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3121 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3122 mV Cell Number 3rd lowest: 93 Min EEPROM 4th lowest: 3337 mV Cell Number 4th lowest: 93 Min EEPROM 5th lowest: 3709 mV Cell Number 5th lowest: 58 Min EEPROM 6th lowest: 3709 mV Cell Number 6th lowest: 16 Min EEPROM 7th lowest: 3711 mV Cell Number 7th lowest: 16 Min EEPROM 8th lowest: 3712 mV Cell Number 8th lowest: 16 Min EEPROM 9th lowest: 3712 mV Cell Number 9th lowest: 58 Min EEPROM 10th lowest: 3712 mV Cell Number 10th lowest: 16 Min EEPROM 11th lowest: 3712 mV Cell Number 11th lowest: 16 Min EEPROM 12th lowest: 3713 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3713 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3714 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3714 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3716 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3718 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3718 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3720 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3721 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3424 mV Min Cell Voltage: 3121 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 2 Max Cell Temperature: 28 °C Min Cell Temperature: 26 °C State of Charge: State of Charge Last Stored: 1,57 % Power-up State of Charge: 1,57 % State of Charge: 1,57 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 321,90 V High Voltage Sensor (Pack): 324,80 V Bus Voltage: 4,30 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Invalid Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: No Contactor Open Request: No Open command received during precharge: No Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 53035 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 1,57 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 12 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5725,00 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 0 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 0,70 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 2,80 V Battery Total Time Awake: 30256058 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 107 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,52 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186545 min 20< T < 30: 238745 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 32 °C 2: 32 °C 3: 32 °C 4: 32 °C 5: 33 °C 6: 33 °C 7: 32 °C 8: 32 °C 9: 33 °C 10: 33 °C 11: 33 °C 12: 33 °C 13: 31 °C 14: 31 °C 15: 32 °C 16: 32 °C 17: 31 °C 18: 31 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 19,74 V 2: 20,01 V 3: 16,51 V 4: 16,50 V 5: 16,34 V 6: 16,52 V 7: 16,93 V 8: 16,87 V 9: 16,79 V 10: 16,72 V 11: 16,49 V 12: 16,31 V 13: 16,78 V 14: 20,08 V 15: 19,78 V 16: 19,98 V 17: 19,84 V 18: 19,16 V Block Voltage Sensors: 1: 19,74 V 2: 19,99 V 3: 16,51 V 4: 16,49 V 5: 16,34 V 6: 16,51 V 7: 16,93 V 8: 16,86 V 9: 16,80 V 10: 16,71 V 11: 16,49 V 12: 16,29 V 13: 16,79 V 14: 20,07 V 15: 19,79 V 16: 19,98 V 17: 19,84 V 18: 19,16 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3268 mV 2: 3260 mV 3: 3338 mV 4: 3295 mV 5: 3321 mV 6: 3293 mV 7: 3338 mV 8: 3358 mV 9: 3301 mV 10: 3305 mV 11: 3390 mV 12: 3345 mV Cell Voltages, 13 to 24: 13: 3254 mV 14: 3281 mV 15: 3346 mV 16: 3349 mV 17: 3309 mV 18: 3364 mV 19: 3310 mV 20: 3285 mV 21: 3340 mV 22: 3230 mV 23: 3176 mV 24: 3299 mV Cell Voltages, 25 to 36: 25: 3367 mV 26: 3252 mV 27: 3269 mV 28: 3382 mV 29: 3274 mV 30: 3297 mV 31: 3241 mV 32: 3352 mV 33: 3328 mV 34: 3406 mV 35: 3416 mV 36: 3382 mV Cell Voltages, 37 to 48: 37: 3424 mV 38: 3393 mV 39: 3421 mV 40: 3385 mV 41: 3345 mV 42: 3350 mV 43: 3348 mV 44: 3353 mV 45: 3367 mV 46: 3372 mV 47: 3373 mV 48: 3351 mV Cell Voltages, 49 to 60: 49: 3385 mV 50: 3379 mV 51: 3369 mV 52: 3262 mV 53: 3328 mV 54: 3293 mV 55: 3342 mV 56: 3248 mV 57: 3305 mV 58: 3157 mV 59: 3218 mV 60: 3335 mV Cell Voltages, 61 to 72: 61: 3298 mV 62: 3327 mV 63: 3412 mV 64: 3333 mV 65: 3406 mV 66: 3334 mV 67: 3322 mV 68: 3363 mV 69: 3346 mV 70: 3406 mV 71: 3331 mV 72: 3309 mV Cell Voltages, 73 to 84: 73: 3359 mV 74: 3314 mV 75: 3270 mV 76: 3330 mV 77: 3312 mV 78: 3325 mV 79: 3261 mV 80: 3409 mV 81: 3367 mV 82: 3351 mV 83: 3300 mV 84: 3330 mV Cell Voltages, 85 to 96: 85: 3251 mV 86: 3320 mV 87: 3321 mV 88: 3380 mV 89: 3266 mV 90: 3305 mV 91: 3276 mV 92: 3160 mV 93: 3122 mV 94: 3121 mV 95: 3301 mV 96: 3212 mV Module Temperature Sensors: 1: 27 °C 2: 26 °C 3: 27 °C 4: 27 °C 5: 26 °C 6: 26 °C 7: 27 °C 8: 27 °C 9: 27 °C 10: 27 °C 11: 27 °C 12: 26 °C 13: 27 °C 14: 26 °C 15: 27 °C 16: 26 °C 17: 27 °C 18: 28 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3424 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3424 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3424 mV Cell Number 3rd highest: 36 Max EEPROM 4th highest: 3526 mV Cell Number 4th highest: 36 Max EEPROM 5th highest: 3722 mV Cell Number 5th highest: 34 Max EEPROM 6th highest: 3722 mV Cell Number 6th highest: 34 Max EEPROM 7th highest: 3723 mV Cell Number 7th highest: 39 Max EEPROM 8th highest: 3723 mV Cell Number 8th highest: 31 Max EEPROM 9th highest: 3724 mV Cell Number 9th highest: 34 Max EEPROM 10th highest: 3723 mV Cell Number 10th highest: 31 Max EEPROM 11th highest: 3724 mV Cell Number 11th highest: 39 Max EEPROM 12th highest: 3724 mV Cell Number 12th highest: 34 Max EEPROM 13th highest: 3725 mV Cell Number 13th highest: 34 Max EEPROM 14th highest: 3725 mV Cell Number 14th highest: 39 Max EEPROM 15th highest: 3726 mV Cell Number 15th highest: 39 Max EEPROM 16th highest: 3727 mV Cell Number 16th highest: 31 Max EEPROM 17th highest: 3728 mV Cell Number 17th highest: 34 Max EEPROM 18th highest: 3729 mV Cell Number 8th highest: 34 Max EEPROM 19th highest: 3731 mV Cell Number 19th highest: 34 Max EEPROM 20th highest: 3732 mV Cell Number 20th highest: 39 Top 20 lowest cells: Min EEPROM 1st lowest: 3121 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3121 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3122 mV Cell Number 3rd lowest: 93 Min EEPROM 4th lowest: 3337 mV Cell Number 4th lowest: 93 Min EEPROM 5th lowest: 3709 mV Cell Number 5th lowest: 58 Min EEPROM 6th lowest: 3709 mV Cell Number 6th lowest: 16 Min EEPROM 7th lowest: 3711 mV Cell Number 7th lowest: 16 Min EEPROM 8th lowest: 3712 mV Cell Number 8th lowest: 16 Min EEPROM 9th lowest: 3712 mV Cell Number 9th lowest: 58 Min EEPROM 10th lowest: 3712 mV Cell Number 10th lowest: 16 Min EEPROM 11th lowest: 3712 mV Cell Number 11th lowest: 16 Min EEPROM 12th lowest: 3713 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3713 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3714 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3714 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3716 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3718 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3718 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3720 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3721 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3424 mV Min Cell Voltage: 3121 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 2 Max Cell Temperature: 28 °C Min Cell Temperature: 26 °C State of Charge: State of Charge Last Stored: 1,57 % Power-up State of Charge: 1,57 % State of Charge: 1,57 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 321,80 V High Voltage Sensor (Pack): 324,70 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Invalid Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: No Contactor Open Request: No Open command received during precharge: No Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 53035 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 1,57 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 12 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5725,00 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 0 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 0,70 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 2,80 V Battery Total Time Awake: 30256136 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 107 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,50 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186545 min 20< T < 30: 238750 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 32 °C 2: 32 °C 3: 32 °C 4: 32 °C 5: 33 °C 6: 33 °C 7: 33 °C 8: 33 °C 9: 33 °C 10: 33 °C 11: 33 °C 12: 33 °C 13: 31 °C 14: 31 °C 15: 32 °C 16: 32 °C 17: 32 °C 18: 32 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 19,74 V 2: 20,01 V 3: 16,51 V 4: 16,50 V 5: 16,34 V 6: 16,52 V 7: 16,93 V 8: 16,87 V 9: 16,79 V 10: 16,72 V 11: 16,49 V 12: 16,31 V 13: 16,78 V 14: 20,08 V 15: 19,78 V 16: 19,98 V 17: 19,84 V 18: 19,16 V Block Voltage Sensors: 1: 19,75 V 2: 19,99 V 3: 16,51 V 4: 16,50 V 5: 16,34 V 6: 16,51 V 7: 16,94 V 8: 16,87 V 9: 16,80 V 10: 16,72 V 11: 16,49 V 12: 16,30 V 13: 16,79 V 14: 20,07 V 15: 19,79 V 16: 19,98 V 17: 19,84 V 18: 19,16 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3268 mV 2: 3259 mV 3: 3338 mV 4: 3295 mV 5: 3321 mV 6: 3293 mV 7: 3338 mV 8: 3358 mV 9: 3301 mV 10: 3305 mV 11: 3390 mV 12: 3345 mV Cell Voltages, 13 to 24: 13: 3254 mV 14: 3281 mV 15: 3347 mV 16: 3349 mV 17: 3309 mV 18: 3364 mV 19: 3310 mV 20: 3285 mV 21: 3339 mV 22: 3230 mV 23: 3176 mV 24: 3298 mV Cell Voltages, 25 to 36: 25: 3367 mV 26: 3252 mV 27: 3269 mV 28: 3381 mV 29: 3273 mV 30: 3297 mV 31: 3240 mV 32: 3351 mV 33: 3328 mV 34: 3406 mV 35: 3415 mV 36: 3381 mV Cell Voltages, 37 to 48: 37: 3424 mV 38: 3393 mV 39: 3421 mV 40: 3385 mV 41: 3345 mV 42: 3351 mV 43: 3348 mV 44: 3353 mV 45: 3367 mV 46: 3372 mV 47: 3373 mV 48: 3351 mV Cell Voltages, 49 to 60: 49: 3385 mV 50: 3379 mV 51: 3368 mV 52: 3262 mV 53: 3327 mV 54: 3294 mV 55: 3341 mV 56: 3248 mV 57: 3305 mV 58: 3157 mV 59: 3218 mV 60: 3334 mV Cell Voltages, 61 to 72: 61: 3298 mV 62: 3327 mV 63: 3412 mV 64: 3333 mV 65: 3406 mV 66: 3334 mV 67: 3322 mV 68: 3363 mV 69: 3346 mV 70: 3405 mV 71: 3331 mV 72: 3309 mV Cell Voltages, 73 to 84: 73: 3359 mV 74: 3314 mV 75: 3271 mV 76: 3330 mV 77: 3312 mV 78: 3325 mV 79: 3261 mV 80: 3409 mV 81: 3367 mV 82: 3351 mV 83: 3300 mV 84: 3330 mV Cell Voltages, 85 to 96: 85: 3250 mV 86: 3320 mV 87: 3321 mV 88: 3380 mV 89: 3266 mV 90: 3305 mV 91: 3276 mV 92: 3160 mV 93: 3122 mV 94: 3121 mV 95: 3301 mV 96: 3212 mV Module Temperature Sensors: 1: 27 °C 2: 26 °C 3: 27 °C 4: 27 °C 5: 26 °C 6: 26 °C 7: 27 °C 8: 27 °C 9: 27 °C 10: 27 °C 11: 27 °C 12: 26 °C 13: 27 °C 14: 26 °C 15: 27 °C 16: 26 °C 17: 27 °C 18: 28 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3424 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3424 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3424 mV Cell Number 3rd highest: 36 Max EEPROM 4th highest: 3526 mV Cell Number 4th highest: 36 Max EEPROM 5th highest: 3722 mV Cell Number 5th highest: 34 Max EEPROM 6th highest: 3722 mV Cell Number 6th highest: 34 Max EEPROM 7th highest: 3723 mV Cell Number 7th highest: 39 Max EEPROM 8th highest: 3723 mV Cell Number 8th highest: 31 Max EEPROM 9th highest: 3724 mV Cell Number 9th highest: 34 Max EEPROM 10th highest: 3723 mV Cell Number 10th highest: 31 Max EEPROM 11th highest: 3724 mV Cell Number 11th highest: 39 Max EEPROM 12th highest: 3724 mV Cell Number 12th highest: 34 Max EEPROM 13th highest: 3725 mV Cell Number 13th highest: 34 Max EEPROM 14th highest: 3725 mV Cell Number 14th highest: 39 Max EEPROM 15th highest: 3726 mV Cell Number 15th highest: 39 Max EEPROM 16th highest: 3727 mV Cell Number 16th highest: 31 Max EEPROM 17th highest: 3728 mV Cell Number 17th highest: 34 Max EEPROM 18th highest: 3729 mV Cell Number 8th highest: 34 Max EEPROM 19th highest: 3731 mV Cell Number 19th highest: 34 Max EEPROM 20th highest: 3732 mV Cell Number 20th highest: 39 Top 20 lowest cells: Min EEPROM 1st lowest: 3121 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3121 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3122 mV Cell Number 3rd lowest: 93 Min EEPROM 4th lowest: 3337 mV Cell Number 4th lowest: 93 Min EEPROM 5th lowest: 3709 mV Cell Number 5th lowest: 58 Min EEPROM 6th lowest: 3709 mV Cell Number 6th lowest: 16 Min EEPROM 7th lowest: 3711 mV Cell Number 7th lowest: 16 Min EEPROM 8th lowest: 3712 mV Cell Number 8th lowest: 16 Min EEPROM 9th lowest: 3712 mV Cell Number 9th lowest: 58 Min EEPROM 10th lowest: 3712 mV Cell Number 10th lowest: 16 Min EEPROM 11th lowest: 3712 mV Cell Number 11th lowest: 16 Min EEPROM 12th lowest: 3713 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3713 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3714 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3714 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3716 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3718 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3718 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3720 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3721 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3425 mV Min Cell Voltage: 3139 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 25 °C Min Cell Temperature: 23 °C State of Charge: State of Charge Last Stored: 1,57 % Power-up State of Charge: 1,57 % State of Charge: 1,57 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 322,20 V High Voltage Sensor (Pack): 325,20 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Invalid Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: No Contactor Open Request: Yes Open command received during precharge: No Commanded Open (normal): Yes Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: Yes Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 53085 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 1,57 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 15 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5725,42 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 8 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 0,70 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 3,30 V Battery Total Time Awake: 30259498 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 128 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,66 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186545 min 20< T < 30: 238795 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 29 °C 2: 29 °C 3: 29 °C 4: 29 °C 5: 30 °C 6: 30 °C 7: 29 °C 8: 29 °C 9: 31 °C 10: 31 °C 11: 30 °C 12: 30 °C 13: 28 °C 14: 28 °C 15: 29 °C 16: 29 °C 17: 29 °C 18: 29 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 19,77 V 2: 20,02 V 3: 16,53 V 4: 16,52 V 5: 16,37 V 6: 16,54 V 7: 16,93 V 8: 16,88 V 9: 16,80 V 10: 16,73 V 11: 16,51 V 12: 16,34 V 13: 16,80 V 14: 20,10 V 15: 19,80 V 16: 20,00 V 17: 19,85 V 18: 19,23 V Block Voltage Sensors: 1: 19,78 V 2: 20,01 V 3: 16,53 V 4: 16,52 V 5: 16,37 V 6: 16,54 V 7: 16,95 V 8: 16,88 V 9: 16,81 V 10: 16,73 V 11: 16,52 V 12: 16,33 V 13: 16,80 V 14: 20,09 V 15: 19,81 V 16: 20,00 V 17: 19,86 V 18: 19,23 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3272 mV 2: 3266 mV 3: 3341 mV 4: 3298 mV 5: 3325 mV 6: 3297 mV 7: 3341 mV 8: 3359 mV 9: 3305 mV 10: 3309 mV 11: 3393 mV 12: 3347 mV Cell Voltages, 13 to 24: 13: 3260 mV 14: 3285 mV 15: 3349 mV 16: 3350 mV 17: 3311 mV 18: 3366 mV 19: 3313 mV 20: 3290 mV 21: 3343 mV 22: 3237 mV 23: 3189 mV 24: 3303 mV Cell Voltages, 25 to 36: 25: 3370 mV 26: 3258 mV 27: 3276 mV 28: 3383 mV 29: 3277 mV 30: 3302 mV 31: 3248 mV 32: 3355 mV 33: 3330 mV 34: 3408 mV 35: 3417 mV 36: 3382 mV Cell Voltages, 37 to 48: 37: 3425 mV 38: 3395 mV 39: 3422 mV 40: 3388 mV 41: 3348 mV 42: 3353 mV 43: 3350 mV 44: 3355 mV 45: 3369 mV 46: 3374 mV 47: 3375 mV 48: 3353 mV Cell Voltages, 49 to 60: 49: 3387 mV 50: 3381 mV 51: 3371 mV 52: 3267 mV 53: 3330 mV 54: 3298 mV 55: 3344 mV 56: 3255 mV 57: 3309 mV 58: 3173 mV 59: 3223 mV 60: 3337 mV Cell Voltages, 61 to 72: 61: 3302 mV 62: 3331 mV 63: 3414 mV 64: 3336 mV 65: 3408 mV 66: 3338 mV 67: 3327 mV 68: 3366 mV 69: 3349 mV 70: 3407 mV 71: 3334 mV 72: 3312 mV Cell Voltages, 73 to 84: 73: 3361 mV 74: 3316 mV 75: 3276 mV 76: 3334 mV 77: 3315 mV 78: 3328 mV 79: 3266 mV 80: 3410 mV 81: 3369 mV 82: 3354 mV 83: 3304 mV 84: 3334 mV Cell Voltages, 85 to 96: 85: 3256 mV 86: 3324 mV 87: 3324 mV 88: 3382 mV 89: 3270 mV 90: 3308 mV 91: 3280 mV 92: 3172 mV 93: 3142 mV 94: 3139 mV 95: 3306 mV 96: 3221 mV Module Temperature Sensors: 1: 24 °C 2: 24 °C 3: 23 °C 4: 23 °C 5: 23 °C 6: 23 °C 7: 24 °C 8: 24 °C 9: 24 °C 10: 24 °C 11: 23 °C 12: 23 °C 13: 23 °C 14: 24 °C 15: 24 °C 16: 24 °C 17: 24 °C 18: 25 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3425 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3424 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3425 mV Cell Number 3rd highest: 36 Max EEPROM 4th highest: 3424 mV Cell Number 4th highest: 36 Max EEPROM 5th highest: 3425 mV Cell Number 5th highest: 36 Max EEPROM 6th highest: 3526 mV Cell Number 6th highest: 36 Max EEPROM 7th highest: 3722 mV Cell Number 7th highest: 34 Max EEPROM 8th highest: 3722 mV Cell Number 8th highest: 34 Max EEPROM 9th highest: 3723 mV Cell Number 9th highest: 39 Max EEPROM 10th highest: 3723 mV Cell Number 10th highest: 31 Max EEPROM 11th highest: 3724 mV Cell Number 11th highest: 34 Max EEPROM 12th highest: 3723 mV Cell Number 12th highest: 31 Max EEPROM 13th highest: 3724 mV Cell Number 13th highest: 39 Max EEPROM 14th highest: 3724 mV Cell Number 14th highest: 34 Max EEPROM 15th highest: 3725 mV Cell Number 15th highest: 34 Max EEPROM 16th highest: 3725 mV Cell Number 16th highest: 39 Max EEPROM 17th highest: 3726 mV Cell Number 17th highest: 39 Max EEPROM 18th highest: 3727 mV Cell Number 8th highest: 31 Max EEPROM 19th highest: 3728 mV Cell Number 19th highest: 34 Max EEPROM 20th highest: 3729 mV Cell Number 20th highest: 34 Top 20 lowest cells: Min EEPROM 1st lowest: 3139 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3139 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3139 mV Cell Number 3rd lowest: 93 Min EEPROM 4th lowest: 3140 mV Cell Number 4th lowest: 93 Min EEPROM 5th lowest: 3140 mV Cell Number 5th lowest: 93 Min EEPROM 6th lowest: 3337 mV Cell Number 6th lowest: 93 Min EEPROM 7th lowest: 3709 mV Cell Number 7th lowest: 58 Min EEPROM 8th lowest: 3709 mV Cell Number 8th lowest: 16 Min EEPROM 9th lowest: 3711 mV Cell Number 9th lowest: 16 Min EEPROM 10th lowest: 3712 mV Cell Number 10th lowest: 16 Min EEPROM 11th lowest: 3712 mV Cell Number 11th lowest: 58 Min EEPROM 12th lowest: 3712 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3712 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3713 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3713 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3714 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3714 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3716 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3718 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3718 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3421 mV Min Cell Voltage: 3129 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 25 °C Min Cell Temperature: 23 °C State of Charge: State of Charge Last Stored: 1,57 % Power-up State of Charge: 1,57 % State of Charge: 1,57 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 321,70 V High Voltage Sensor (Pack): 324,60 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Invalid Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: No Contactor Open Request: Yes Open command received during precharge: No Commanded Open (normal): Yes Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: Yes Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 53135 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 1,57 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 6 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5725,84 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 0 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 0,70 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 0,00 V Battery Total Time Awake: 30262440 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Disabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 142 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,62 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186545 min 20< T < 30: 238845 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 29 °C 2: 29 °C 3: 29 °C 4: 29 °C 5: 29 °C 6: 29 °C 7: 29 °C 8: 29 °C 9: 30 °C 10: 30 °C 11: 30 °C 12: 30 °C 13: 28 °C 14: 28 °C 15: 28 °C 16: 28 °C 17: 28 °C 18: 28 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 19,74 V 2: 20,00 V 3: 16,50 V 4: 16,50 V 5: 16,34 V 6: 16,51 V 7: 16,92 V 8: 16,86 V 9: 16,78 V 10: 16,71 V 11: 16,49 V 12: 16,31 V 13: 16,78 V 14: 20,07 V 15: 19,77 V 16: 19,97 V 17: 19,82 V 18: 19,18 V Block Voltage Sensors: 1: 19,74 V 2: 19,98 V 3: 16,50 V 4: 16,49 V 5: 16,34 V 6: 16,50 V 7: 16,93 V 8: 16,86 V 9: 16,79 V 10: 16,71 V 11: 16,49 V 12: 16,30 V 13: 16,78 V 14: 20,06 V 15: 19,78 V 16: 19,97 V 17: 19,83 V 18: 19,18 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3267 mV 2: 3260 mV 3: 3337 mV 4: 3293 mV 5: 3320 mV 6: 3293 mV 7: 3337 mV 8: 3356 mV 9: 3300 mV 10: 3305 mV 11: 3388 mV 12: 3343 mV Cell Voltages, 13 to 24: 13: 3253 mV 14: 3279 mV 15: 3344 mV 16: 3346 mV 17: 3306 mV 18: 3362 mV 19: 3308 mV 20: 3285 mV 21: 3338 mV 22: 3231 mV 23: 3180 mV 24: 3298 mV Cell Voltages, 25 to 36: 25: 3366 mV 26: 3252 mV 27: 3270 mV 28: 3379 mV 29: 3272 mV 30: 3297 mV 31: 3241 mV 32: 3350 mV 33: 3325 mV 34: 3404 mV 35: 3414 mV 36: 3379 mV Cell Voltages, 37 to 48: 37: 3421 mV 38: 3391 mV 39: 3419 mV 40: 3384 mV 41: 3343 mV 42: 3349 mV 43: 3345 mV 44: 3351 mV 45: 3365 mV 46: 3370 mV 47: 3371 mV 48: 3349 mV Cell Voltages, 49 to 60: 49: 3384 mV 50: 3377 mV 51: 3367 mV 52: 3261 mV 53: 3326 mV 54: 3292 mV 55: 3340 mV 56: 3248 mV 57: 3304 mV 58: 3164 mV 59: 3216 mV 60: 3332 mV Cell Voltages, 61 to 72: 61: 3297 mV 62: 3326 mV 63: 3411 mV 64: 3332 mV 65: 3404 mV 66: 3334 mV 67: 3322 mV 68: 3361 mV 69: 3344 mV 70: 3404 mV 71: 3329 mV 72: 3308 mV Cell Voltages, 73 to 84: 73: 3356 mV 74: 3312 mV 75: 3270 mV 76: 3329 mV 77: 3310 mV 78: 3324 mV 79: 3260 mV 80: 3407 mV 81: 3365 mV 82: 3349 mV 83: 3299 mV 84: 3329 mV Cell Voltages, 85 to 96: 85: 3250 mV 86: 3319 mV 87: 3319 mV 88: 3378 mV 89: 3264 mV 90: 3303 mV 91: 3274 mV 92: 3163 mV 93: 3131 mV 94: 3129 mV 95: 3300 mV 96: 3214 mV Module Temperature Sensors: 1: 24 °C 2: 23 °C 3: 23 °C 4: 23 °C 5: 23 °C 6: 23 °C 7: 23 °C 8: 24 °C 9: 24 °C 10: 24 °C 11: 23 °C 12: 23 °C 13: 23 °C 14: 24 °C 15: 24 °C 16: 23 °C 17: 24 °C 18: 25 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3421 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3422 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3422 mV Cell Number 3rd highest: 36 Max EEPROM 4th highest: 3422 mV Cell Number 4th highest: 36 Max EEPROM 5th highest: 3526 mV Cell Number 5th highest: 36 Max EEPROM 6th highest: 3722 mV Cell Number 6th highest: 34 Max EEPROM 7th highest: 3722 mV Cell Number 7th highest: 34 Max EEPROM 8th highest: 3723 mV Cell Number 8th highest: 39 Max EEPROM 9th highest: 3723 mV Cell Number 9th highest: 31 Max EEPROM 10th highest: 3724 mV Cell Number 10th highest: 34 Max EEPROM 11th highest: 3723 mV Cell Number 11th highest: 31 Max EEPROM 12th highest: 3724 mV Cell Number 12th highest: 39 Max EEPROM 13th highest: 3724 mV Cell Number 13th highest: 34 Max EEPROM 14th highest: 3725 mV Cell Number 14th highest: 34 Max EEPROM 15th highest: 3725 mV Cell Number 15th highest: 39 Max EEPROM 16th highest: 3726 mV Cell Number 16th highest: 39 Max EEPROM 17th highest: 3727 mV Cell Number 17th highest: 31 Max EEPROM 18th highest: 3728 mV Cell Number 8th highest: 34 Max EEPROM 19th highest: 3729 mV Cell Number 19th highest: 34 Max EEPROM 20th highest: 3731 mV Cell Number 20th highest: 34 Top 20 lowest cells: Min EEPROM 1st lowest: 3129 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3129 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3129 mV Cell Number 3rd lowest: 93 Min EEPROM 4th lowest: 3129 mV Cell Number 4th lowest: 93 Min EEPROM 5th lowest: 3337 mV Cell Number 5th lowest: 93 Min EEPROM 6th lowest: 3709 mV Cell Number 6th lowest: 58 Min EEPROM 7th lowest: 3709 mV Cell Number 7th lowest: 16 Min EEPROM 8th lowest: 3711 mV Cell Number 8th lowest: 16 Min EEPROM 9th lowest: 3712 mV Cell Number 9th lowest: 16 Min EEPROM 10th lowest: 3712 mV Cell Number 10th lowest: 58 Min EEPROM 11th lowest: 3712 mV Cell Number 11th lowest: 16 Min EEPROM 12th lowest: 3712 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3713 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3713 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3714 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3714 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3716 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3718 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3718 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3720 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V> Not supported: 0 Failed Active discharges (including nonconsecutive): 0 Failed weld contactor detections: 0 Failed Battery Isolation tests: 1 Failed Powertrain Isolation tests: 2 Max/Min Status: Maximum voltage Cell number: 37 Minimum voltage Cell number: 94 Max Cell Voltage: 3419 mV Min Cell Voltage: 3121 mV Maximum Temperature Sensor: 18 Minimum Temperature Sensor: 5 Max Cell Temperature: 25 °C Min Cell Temperature: 23 °C State of Charge: State of Charge Last Stored: 1,57 % Power-up State of Charge: 1,57 % State of Charge: 1,57 % Battery Impedance: 0 Ohm Max Cell Resistance: 0,00 Ohm Voltage Status: Battery Voltage (cell sum): 321,40 V High Voltage Sensor (Pack): 324,30 V Bus Voltage: 4,40 V BPCM Precharge Voltage Source: CAN - from TBD Not Implemented HV Battery Current: Sensor 1 Hall: 0,00 A Sensor 2 (LIN Sum): 0,00 A HV Cooling Speed: pump 1 Target: 0 rpm pump 1 Speed: 6375 rpm HV Cooling Valve 1: Open HV Cooling Valve 2: Open Contactor Status: Precharge Penalty Time: 20 sec Contactor Status: PreCharging Inhibited Contactor Commanded (wire): Not defined HCP Contactor Command: Not defined Qualified Contactor Command - QCC: Open Verified Contactor Command - VCC: Invalid Precharge Thermal Protected: No Disconnected Bus Detected: No Successful Discharge: Yes Detected Bus Short: No Contactor Command Validity: Valid Hybrid Battery Reasons Contactors Opened: Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage too differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Hybrid Battery Reasons Contactor not Closing: Precharge Inhibited: No Active Discharge Fault: No Welded Contactor: No HVIL Failure: No BPCM Contactor Enabler: No Contactor Open Request: No Open command received during precharge: No Commanded Open (normal): No Impending open to OPEN transition: No Precharge failed: No Battery Overtemperature: No 12V input too high: No 12V Input too low: No Cell voltage too high: No Cell voltage too low: No Cell voltage differential: No Module temperature differential: No Impact open - Commanded: No Impact open - Loss of CAN: No Impact open - BCM timed: No Battery Undertemperature: No BPCM internal communication failure: No BPCM internal micro failure: No Excessive Current: No Pack voltage too high: No Pack voltage too low: No nC Fault HBCO & HBCNC: No Isolation Diagnostic Status/Isolation Impedance: Vehicle Isolation Impedance: 2,73 MOhm Battery Isolation Impedance: 16,38 MOhm Vehicle Isolation Diagnostic Status: Run and Passed Battery Isolation Diagnostic Status: Run and Passed HV Current Stats (Histogram): -220 to -210: 25 min -210 to -120: 745 min -210 to -20: 49315 min -20 to -5: 25430 min -5 to -0.5: 41815 min -0.5 to 3: 53170 min 3 to 50: 327675 min 50 to 80: 1390 min 80 to 160:430 min > 180:0 min < -220: 100 min 160 to 180:5 min Open Under Load - HV Current CO: HV One Current CO 5A and 10A: 0 HV Two Current CO 10A and 25A: 0 HV Three Current CO 25A and 50A: 0 HV Four Current CO 50A and 75A: 0 HV Five Current CO 75A and 150A: 0 HV Six Current CO more than 175A: 0 Discharge/Charge Power Available: Charge Power 2sec: 0 W Charge Power 10sec: 0 W Charge Power 30sec: 0 W Discharge Power 2sec: 0 W Discharge Power 10sec: 0 W Discharge Power 30sec: 0 W Hybrid Battery Reasons Precharge Did Not Complete: Disconnected Bus Detected (Precharge too short): No Shorted Bus Detected (Precharge too long): No Precharge Inhibited (Thermal Protection): No Precharge Failed (Conditions Not Correct): No Requested open: No Isolation Diagnostic - Isolation Impedance Record: Vehicle Isolation Impedance (lowest recorded value): 6,50 MOhm Battery Isolation Impedance (lowest recorded value): 6,50 MOhm State Of Charge Adjustment In progress: Target SOC (Goal): 0,00 % Current SOC (BPCM SOC): 1,57 % Current Change Left: 0,00 % Life Number EV Adjustments: 0 Weighting Factor: 0,00 % Run OCV: Not Met Run IEO/EV: Not Met Criteria Met for OCV: Not Met Criteria Met for IEO/EV: Not Met Threshold Cals: Voltage Under Cell Voltage Emergency: 1999 mV Voltage Under Cell Voltage Alarm: 2699 mV Voltage Under Cell Voltage Warn: 2699 mV Voltage Under Over Voltage Emergency: 4200 mV Voltage Under Over Voltage Alarm: 4150 mV Voltage Under Over Voltage Warn: 4150 mV Time Under Cell Voltage Emergency: 1,00 sec Time Under Cell Voltage Alarm: 10,00 sec Time Under Cell Voltage Warn: 4,00 sec Time Under Over Voltage Emergency: 4,00 sec Time Under Over Voltage Alarm: 10,00 sec Time Under Over Voltage Warn: 4,00 sec Plug in charge Status: Number of Cells balancing: 0 Charge time: 13494 sec Time plugged in: 19 sec Estimated time to complete: 0 sec Charge Time during Plug in Charge (I >.1): 13284 sec Time plugged in (EERPOM): 5725,84 H Balance time during Plug in charge: 0 sec Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance: 0,00 kWH Volt differential at the end of Plug in Charge: 9 mV Iterations - Charge and Balance/Cool: 0 Plug in charge Status: Not plugged in Balance Status: Number of Cells balanced: 0 Sleep time: 68 sec Balance time during Sleep Cycle: 0 sec Balance time during Sleep Cycle (EEPROM): 3014,59 H Balance time during Cycle (Plug In): 0 sec Balance time during Cycle (Plug In) (EEPROM): 8,33 H Balance Power (P(4V^2)/R)* # of cells balancing): 0,00 W Energy lost to balance (EEPROM): 8,74 kWH Target SOC differential at the end of balance: 0,39 % SOC differential at the end of balance: 0,39 % Balance Status: Disabled State of Health: HV Battery Sleep Time: 0,00 H HV Battery Counter control Open Time: 51,00 H Full AmpH Capacity: 44,60 AH Remaining Amp Hr Capacity: 0,70 AH HV Bat SOH: 9,80 % HV Bat SOH-R: 65,10 % HV Bat SOH-C: 68,63 % Remaining Amp*H Capacity V: Valid Full Amp*H Capacity V: Valid Periodic Wakeup Control: HV Batt Per WakeUp Time (Override CAN): 0 min HV Batt Per WakeUp Time Permanent: 0 min HV Bat Per WU 12V Chrg Disable (Override CAN): Disabled HV Bat Per WU Bal Disable (Override CAN): Disabled HV Bat Per WU Charge Disable (Override CAN): Disabled HV Bat Per WU Thermal Cold Disable (Override CAN): Disabled HV Bat Per WU Thermal Hot Disable (Override CAN): Disabled HV Batt Per WakeUp Time (Override CAN): Disabled HV Bat Per WU 12V Chrg Disable Permanent: Disabled HV Bat Per WU Bal Disable Permanent: Disabled HV Bat Per WU Charge Disable Permanent: Disabled HV Bat Per WU Thermal Cold Disable Permanent: Disabled HV Bat Per WU Thermal Hot Disable Permanent: Disabled HV Batt Per WakeUp Time Permanent: Disabled Compete feature Disable: Disabled Batt Side Voltage from OBCM: 0,00 V Battery Total Time Awake: 30264290 sec Periodic Wakeup Control: HV Batt Per WakeUp Time: 30240 min HV Bat Per Wakeup 12V Charge Disable: Enabled HV Bat Per Wakeup Balance Disable: Disabled HV Bat Per Wakeup Charge Disable: Disabled HV Bat Per Wakeup Thermal Cold Disable: Disabled HV Bat Per Wakeup Thermal Hot Disable: Disabled Impact Response: LifeTime Number of Battery disabled due to impact open command from EVCU: 156 LifeTime Number of Battery disabled due to Received Impact & EVCU timer expired: 1 LifeTime Number of Battery disabled due to Loss of Comm: 0 Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Communication: 0,30 sec (Timer3) KE Delay Impact Loss Of Communication detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer1) Ee RealTime wait for EVCU Command open: 0,51 sec (Timer2) Ee RealTime wait for Impact Loss Of Communication: 0,00 sec (Timer3) Ee RealTime wait for Impact Loss Of Communication detection: 0,00 sec (Timer4) Ee RealTime wait for For BCH Command: 0,98 sec (Timer5) Ee RealTime wait for Valid Consecutive Impacts: 0,03 sec (Timer6) Ee RealTime wait for Post ImpOpn Request Delay: 1,51 sec Battery is disabled due to impact: Yes Reason why disabled - Impact open command from EVCU: Yes Reason why disabled - Received Impact & EVCU timer expired: No Reason why disabled - Loss of Communication: No Impact Response: Delay Start of impact detection timer: 0,50 sec (Timer1) KE Delay For EVCU Command on Impact: 0,50 sec (Timer2) KE Delay For Impact Loss Of Comm: 0,30 sec (Timer3) KE Delay Impact Loss Of Comm detection: 0,20 sec (Timer4) KE Delay For BCH Command: 1,20 sec (Timer5) Ke Number Valid Consecutive Impacts: 0,03 sec (Timer6) Ke Delay Post ImpOpn Request: 1,50 sec System (12) Volts: 11,48 V EOL Scratch Pad: High Voltage Isolation Test Negative Contactors opened: Passed High Voltage Isolation Test Negative Contactors closed: Passed High Voltage Isolation Test Positive Contactors opened: Passed High Voltage Isolation Test Positive Contactors closed: Passed High Voltage Isolation Test both Contactors closed: Passed HVIL test: Passed EOL Tests: Passed Rolls Tests: Passed OK to Ship: Passed Battery Charged: Passed Threshold Cals (Module Temperature): Temperature Under Temperature Emergency: -46 °C Temperature Under Temperature Alarm: -45 °C Temperature Under Temperature Warning: -45 °C Temperature Over Temperature Emergency: 60 °C Temperature Over Temperature Alarm: 55 °C Temperature Over Temperature Warning: 55 °C Time Under Temperature Emergency: 4 sec Time Under Temperature Alarm: 260 sec Time Under Temperature Warning: 294 sec Time Over Temperature Emergency: 4 sec Time Over Temperature Alarm: 300 sec Time Over Temperature Warning: 294 sec Threshold Cals (Pack Voltage): Voltage Under Pack Voltage Emergency: 193,90 V Voltage Under Pack Voltage Alarm: 261,80 V Voltage Under Pack Voltage Warn: 261,80 V Voltage Over Pack Voltage Emergency: 410,00 V Voltage Over Pack Voltage Alarm: 408,00 V Voltage Over Pack Voltage Warn: 403,00 V Time Under Pack Voltage Emergency: 3,00 sec Time Under Pack Voltage Alarm: 10,00 sec Time Under Pack Voltage Warn: 4,00 sec Time Over Pack Voltage Emergency: 5,00 sec Time Over Pack Voltage Alarm: 10,00 sec Time Over Pack Voltage Warn: 4,00 sec HV time Stats(Temperature): T < -30C: 0 min -30< T < -20: 0 min -20< T < -10: 0 min -10< T < 0: 1165 min 0 < T < 10: 17305 min 10< T < 20: 186545 min 20< T < 30: 238880 min 30< T < 40: 63430 min 40< T < 50: 0 min 50< T < 60: 0 min 60 < T: 0 min Periodic Wakeup (Non Vehicle Wake up) Information: Life time number of Wake ups: 13925 Life time number of failed Wake ups (BPCM tried to wake up and nothing happened): 0 Time since last Key Cycle: 24422 sec Periodic Wakeup (Non Vehicle Wake up) Wake ups 1 to 3: Time since last wake up 1: 35994 sec Max Cell Voltage 1: 3722 mV Max Temp 1: 25 °C Min Temp 1: 23 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 9,24 V Time since last wake up 2: 18019 sec Max Cell Voltage 2: 3723 mV Max Temp 2: 22 °C Min Temp 2: 21 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 10,42 V Time since last wake up 3: 18014 sec Max Cell Voltage 3: 3724 mV Max Temp 3: 22 °C Min Temp 3: 20 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 11,00 V Periodic Wakeup (Non Vehicle Wake up) Wake ups 4 to 5: Time since last wake up 4: 17799 sec Max Cell Voltage 4: 3724 mV Max Temp 4: 25 °C Min Temp 4: 23 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 11,20 V Time since last wake up 5: 3625 sec Max Cell Voltage 5: 3724 mV Max Temp 5: 29 °C Min Temp 5: 27 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 11,94 V Periodic Wakeup (Vehicle Wake up) Wake Ups 1 to 3: Life time number of Wake ups: 279 Life time number of Charge needed wake ups: 0 Life time number of Cooling needed Wake ups: 0 Life time number of heating needed Wake ups: 0 Life time number of Balancing needed wake ups: 263 Life time number of 12 volts charging needed wake ups: 16 Number of BPCM wakeups between vehicle wake ups: 13925 Longest Time since last wake: 57888 sec Lowest Max Cell Voltage: 4094 mV Highest Max Temp: 18 °C Lowest Min Temp: 15 °C Largest Cell voltage Differential: 0 mV Lowest 12 volts: 12,24 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 1 to 3: Time since last wake up 1: 57888 sec Max Cell Voltage 1: 4095 mV Max Temp 1: 18 °C Min Temp 1: 17 °C Cell voltage Differential 1: 0 mV 12 volts check 1: 12,36 V Time since last wake up 2: 57834 sec Max Cell Voltage 2: 4100 mV Max Temp 2: 17 °C Min Temp 2: 16 °C Cell voltage Differential 2: 0 mV 12 volts check 2: 12,24 V Time since last wake up 3: 57840 sec Max Cell Voltage 3: 4103 mV Max Temp 3: 16 °C Min Temp 3: 15 °C Cell voltage Differential 3: 0 mV 12 volts check 3: 12,30 V Periodic Wakeup (Non Vehicle Wake up) Wake Ups 4 to 5: Time since last wake up 4: 57831 sec Max Cell Voltage 4: 4097 mV Max Temp 4: 16 °C Min Temp 4: 15 °C Cell voltage Differential 4: 0 mV 12 volts check 4: 12,38 V Time since last wake up 5: 57885 sec Max Cell Voltage 5: 4094 mV Max Temp 5: 17 °C Min Temp 5: 16 °C Cell voltage Differential 5: 0 mV 12 volts check 5: 12,44 V Balance Board Temperatures: 1: 29 °C 2: 29 °C 3: 29 °C 4: 29 °C 5: 29 °C 6: 29 °C 7: 28 °C 8: 28 °C 9: 30 °C 10: 30 °C 11: 30 °C 12: 30 °C 13: 27 °C 14: 27 °C 15: 28 °C 16: 28 °C 17: 28 °C 18: 28 °C Top 5 lowest cells: Cell Voltage Min EEPROM 1st lowest: 2919 mV Cell Number 1st lowest: 56 Cell Voltage Min EEPROM 2nd lowest: 2920 mV Cell Number 2nd lowest: 23 Cell Voltage Min EEPROM 3rd lowest: 2930 mV Cell Number 3rd lowest: 31 Cell Voltage Min EEPROM 4th lowest: 2934 mV Cell Number 4th lowest: 14 Cell Voltage Min EEPROM 5th lowest: 2937 mV Cell Number 5th lowest: 96 Top 5 highest cells: Cell Voltage Max EEPROM 1st highest: 4140 mV Cell Number 1st highest: 21 Cell Voltage Max EEPROM 2nd highest: 4140 mV Cell Number 2nd highest: 75 Cell Voltage Max EEPROM 3rd highest: 4139 mV Cell Number 3rd highest: 79 Cell Voltage Max EEPROM 4th highest: 4139 mV Cell Number 4th highest: 57 Cell Voltage Max EEPROM 5th highest: 4138 mV Cell Number 4th highest: 56 Block Voltage Cell Sums: 1: 19,72 V 2: 19,98 V 3: 16,49 V 4: 16,48 V 5: 16,32 V 6: 16,49 V 7: 16,90 V 8: 16,84 V 9: 16,76 V 10: 16,70 V 11: 16,47 V 12: 16,29 V 13: 16,76 V 14: 20,05 V 15: 19,75 V 16: 19,95 V 17: 19,80 V 18: 19,15 V Block Voltage Sensors: 1: 19,72 V 2: 19,96 V 3: 16,49 V 4: 16,47 V 5: 16,32 V 6: 16,49 V 7: 16,91 V 8: 16,85 V 9: 16,77 V 10: 16,69 V 11: 16,47 V 12: 16,28 V 13: 16,77 V 14: 20,05 V 15: 19,76 V 16: 19,95 V 17: 19,81 V 18: 19,15 V Fault Disabler: Active Discharge Enabler: Enabled Loss of Isolation Enabler (While driving): Enabled Precharge too fast Disabler - Allow contactors to close without capacitor: Enabled Top 5 lowest Module Temperatures: Min EEPROM 1st lowest: -8 °C Min 1st lowest: 7 Min EEPROM 2nd lowest: -7 °C Min 2nd lowest: 9 Min EEPROM 3rd lowest: -7 °C Min 3rd lowest: 8 Min EEPROM 4th lowest: -7 °C Min 4th lowest: 10 Min EEPROM 5th lowest: -6 °C Min 5th lowest: 1 Top 5 highest Module Temperatures: Min EEPROM 1st lowest: 40 °C Min 1st lowest: 18 Min EEPROM 2nd lowest: 39 °C Min 2nd lowest: 10 Min EEPROM 3rd lowest: 39 °C Min 3rd lowest: 7 Min EEPROM 4th lowest: 39 °C Min 4th lowest: 8 Min EEPROM 5th lowest: 36 °C Min 5th lowest: 4 Module Temp Differentials: 0 to 3C: 327675 min 3 to 6C: 99245 min 6 to 15C: 55 min 15 to 25C: 0 min 25 to 40C: 0 min > 40C: 0 min Cell Voltages, 1 to 12: 1: 3263 mV 2: 3256 mV 3: 3334 mV 4: 3290 mV 5: 3316 mV 6: 3289 mV 7: 3333 mV 8: 3353 mV 9: 3296 mV 10: 3301 mV 11: 3386 mV 12: 3340 mV Cell Voltages, 13 to 24: 13: 3248 mV 14: 3275 mV 15: 3341 mV 16: 3343 mV 17: 3303 mV 18: 3359 mV 19: 3304 mV 20: 3281 mV 21: 3335 mV 22: 3226 mV 23: 3174 mV 24: 3294 mV Cell Voltages, 25 to 36: 25: 3363 mV 26: 3248 mV 27: 3266 mV 28: 3376 mV 29: 3268 mV 30: 3293 mV 31: 3237 mV 32: 3347 mV 33: 3322 mV 34: 3402 mV 35: 3411 mV 36: 3376 mV Cell Voltages, 37 to 48: 37: 3419 mV 38: 3389 mV 39: 3416 mV 40: 3381 mV 41: 3340 mV 42: 3346 mV 43: 3343 mV 44: 3348 mV 45: 3362 mV 46: 3367 mV 47: 3368 mV 48: 3346 mV Cell Voltages, 49 to 60: 49: 3381 mV 50: 3375 mV 51: 3363 mV 52: 3257 mV 53: 3322 mV 54: 3289 mV 55: 3337 mV 56: 3244 mV 57: 3300 mV 58: 3157 mV 59: 3211 mV 60: 3329 mV Cell Voltages, 61 to 72: 61: 3293 mV 62: 3322 mV 63: 3408 mV 64: 3328 mV 65: 3402 mV 66: 3330 mV 67: 3319 mV 68: 3358 mV 69: 3341 mV 70: 3401 mV 71: 3326 mV 72: 3304 mV Cell Voltages, 73 to 84: 73: 3353 mV 74: 3308 mV 75: 3266 mV 76: 3326 mV 77: 3307 mV 78: 3320 mV 79: 3255 mV 80: 3404 mV 81: 3362 mV 82: 3346 mV 83: 3295 mV 84: 3326 mV Cell Voltages, 85 to 96: 85: 3246 mV 86: 3315 mV 87: 3315 mV 88: 3375 mV 89: 3260 mV 90: 3299 mV 91: 3270 mV 92: 3157 mV 93: 3122 mV 94: 3120 mV 95: 3297 mV 96: 3210 mV Module Temperature Sensors: 1: 24 °C 2: 23 °C 3: 23 °C 4: 23 °C 5: 23 °C 6: 23 °C 7: 23 °C 8: 24 °C 9: 23 °C 10: 23 °C 11: 23 °C 12: 23 °C 13: 23 °C 14: 23 °C 15: 24 °C 16: 23 °C 17: 24 °C 18: 25 °C Cell level - DTC's 1 to 12: Cell 1 - Over Voltage: Passed Cell 1 - Under Voltage: Passed Cell 1 - High Impedance: Passed Cell 1 - End Of Life: Passed Cell 2 - Over Voltage: Passed Cell 2 - Under Voltage: Passed Cell 2 - High Impedance: Passed Cell 2 - End Of Life: Passed Cell 3 - Over Voltage: Passed Cell 3 - Under Voltage: Passed Cell 3 - High Impedance: Passed Cell 3 - End Of Life: Passed Cell 4 - Over Voltage: Passed Cell 4 - Under Voltage: Passed Cell 4 - High Impedance: Passed Cell 4 - End Of Life: Passed Cell 5 - Over Voltage: Passed Cell 5 - Under Voltage: Passed Cell 5 - High Impedance: Passed Cell 5 - End Of Life: Passed Cell 6 - Over Voltage: Passed Cell 6 - Under Voltage: Passed Cell 6 - High Impedance: Passed Cell 6 - End Of Life: Passed Cell 7 - Over Voltage: Passed Cell 7 - Under Voltage: Passed Cell 7 - High Impedance: Passed Cell 7 - End Of Life: Passed Cell 8 - Over Voltage: Passed Cell 8 - Under Voltage: Passed Cell 8 - High Impedance: Passed Cell 8 - End Of Life: Passed Cell 9 - Over Voltage: Passed Cell 9 - Under Voltage: Passed Cell 9 - High Impedance: Passed Cell 9 - End Of Life: Passed Cell 10 - Over Voltage: Passed Cell 10 - Under Voltage: Passed Cell 10 - High Impedance: Passed Cell 10 - End Of Life: Passed Cell 11 - Over Voltage: Passed Cell 11 - Under Voltage: Passed Cell 11 - High Impedance: Passed Cell 11 - End Of Life: Passed Cell 12 - Over Voltage: Passed Cell 12 - Under Voltage: Passed Cell 12 - High Impedance: Passed Cell 12 - End Of Life: Passed Cell level - DTC's 13 to 24: Cell 13 - Over Voltage: Passed Cell 13 - Under Voltage: Passed Cell 13 - High Impedance: Passed Cell 13 - End Of Life: Passed Cell 14 - Over Voltage: Passed Cell 14 - Under Voltage: Passed Cell 14 - High Impedance: Passed Cell 14 - End Of Life: Passed Cell 15 - Over Voltage: Passed Cell 15 - Under Voltage: Passed Cell 15 - High Impedance: Passed Cell 15 - End Of Life: Passed Cell 16 - Over Voltage: Passed Cell 16 - Under Voltage: Passed Cell 16 - High Impedance: Passed Cell 16 - End Of Life: Passed Cell 17 - Over Voltage: Passed Cell 17 - Under Voltage: Passed Cell 17 - High Impedance: Passed Cell 17 - End Of Life: Passed Cell 18 - Over Voltage: Passed Cell 18 - Under Voltage: Passed Cell 18 - High Impedance: Passed Cell 18 - End Of Life: Passed Cell 19 - Over Voltage: Passed Cell 19 - Under Voltage: Passed Cell 19 - High Impedance: Passed Cell 19 - End Of Life: Passed Cell 20 - Over Voltage: Passed Cell 20 - Under Voltage: Passed Cell 20 - High Impedance: Passed Cell 20 - End Of Life: Passed Cell 21 - Over Voltage: Passed Cell 21 - Under Voltage: Passed Cell 21 - High Impedance: Passed Cell 21 - End Of Life: Passed Cell 22 - Over Voltage: Passed Cell 22 - Under Voltage: Passed Cell 22 - High Impedance: Passed Cell 22 - End Of Life: Passed Cell 23 - Over Voltage: Passed Cell 23 - Under Voltage: Passed Cell 23 - High Impedance: Passed Cell 23 - End Of Life: Passed Cell 24 - Over Voltage: Passed Cell 24 - Under Voltage: Passed Cell 24 - High Impedance: Passed Cell 24 - End Of Life: Passed Cell level - DTC's 25 to 36: Cell 25 - Over Voltage: Passed Cell 25 - Under Voltage: Passed Cell 25 - High Impedance: Passed Cell 25 - End Of Life: Passed Cell 26 - Over Voltage: Passed Cell 26 - Under Voltage: Passed Cell 26 - High Impedance: Passed Cell 26 - End Of Life: Passed Cell 27 - Over Voltage: Passed Cell 27 - Under Voltage: Passed Cell 27 - High Impedance: Passed Cell 27 - End Of Life: Passed Cell 28 - Over Voltage: Passed Cell 28 - Under Voltage: Passed Cell 28 - High Impedance: Passed Cell 28 - End Of Life: Passed Cell 29 - Over Voltage: Passed Cell 29 - Under Voltage: Passed Cell 29 - High Impedance: Passed Cell 29 - End Of Life: Passed Cell 30 - Over Voltage: Passed Cell 30 - Under Voltage: Passed Cell 30 - High Impedance: Passed Cell 30 - End Of Life: Passed Cell 31 - Over Voltage: Passed Cell 31 - Under Voltage: Passed Cell 31 - High Impedance: Passed Cell 31 - End Of Life: Passed Cell 32 - Over Voltage: Passed Cell 32 - Under Voltage: Passed Cell 32 - High Impedance: Passed Cell 32 - End Of Life: Passed Cell 33 - Over Voltage: Passed Cell 33 - Under Voltage: Passed Cell 33 - High Impedance: Passed Cell 33 - End Of Life: Passed Cell 34 - Over Voltage: Passed Cell 34 - Under Voltage: Passed Cell 34 - High Impedance: Passed Cell 34 - End Of Life: Passed Cell 35 - Over Voltage: Passed Cell 35 - Under Voltage: Passed Cell 35 - High Impedance: Passed Cell 35 - End Of Life: Passed Cell 36 - Over Voltage: Passed Cell 36 - Under Voltage: Passed Cell 36 - High Impedance: Passed Cell 36 - End Of Life: Passed Cell level - DTC's 37 to 48: Cell 37 - Over Voltage: Passed Cell 37 - Under Voltage: Passed Cell 37 - High Impedance: Passed Cell 37 - End Of Life: Passed Cell 38 - Over Voltage: Passed Cell 38 - Under Voltage: Passed Cell 38 - High Impedance: Passed Cell 38 - End Of Life: Passed Cell 39 - Over Voltage: Passed Cell 39 - Under Voltage: Passed Cell 39 - High Impedance: Passed Cell 39 - End Of Life: Passed Cell 40 - Over Voltage: Passed Cell 40 - Under Voltage: Passed Cell 40 - High Impedance: Passed Cell 40 - End Of Life: Passed Cell 41 - Over Voltage: Passed Cell 41 - Under Voltage: Passed Cell 41 - High Impedance: Passed Cell 41 - End Of Life: Passed Cell 42 - Over Voltage: Passed Cell 42 - Under Voltage: Passed Cell 42 - High Impedance: Passed Cell 42 - End Of Life: Passed Cell 43 - Over Voltage: Passed Cell 43 - Under Voltage: Passed Cell 43 - High Impedance: Passed Cell 43 - End Of Life: Passed Cell 44 - Over Voltage: Passed Cell 44 - Under Voltage: Passed Cell 44 - High Impedance: Passed Cell 44 - End Of Life: Passed Cell 45 - Over Voltage: Passed Cell 45 - Under Voltage: Passed Cell 45 - High Impedance: Passed Cell 45 - End Of Life: Passed Cell 46 - Over Voltage: Passed Cell 46 - Under Voltage: Passed Cell 46 - High Impedance: Passed Cell 46 - End Of Life: Passed Cell 47 - Over Voltage: Passed Cell 47 - Under Voltage: Passed Cell 47 - High Impedance: Passed Cell 47 - End Of Life: Passed Cell 48 - Over Voltage: Passed Cell 48 - Under Voltage: Passed Cell 48 - High Impedance: Passed Cell 48 - End Of Life: Passed Cell level - DTC's 49 to 60: Cell 49 - Over Voltage: Passed Cell 49 - Under Voltage: Passed Cell 49 - High Impedance: Passed Cell 49 - End Of Life: Passed Cell 50 - Over Voltage: Passed Cell 50 - Under Voltage: Passed Cell 50 - High Impedance: Passed Cell 50 - End Of Life: Passed Cell 51 - Over Voltage: Passed Cell 51 - Under Voltage: Passed Cell 51 - High Impedance: Passed Cell 51 - End Of Life: Passed Cell 52 - Over Voltage: Passed Cell 52 - Under Voltage: Passed Cell 52 - High Impedance: Passed Cell 52 - End Of Life: Passed Cell 53 - Over Voltage: Passed Cell 53 - Under Voltage: Passed Cell 53 - High Impedance: Passed Cell 53 - End Of Life: Passed Cell 54 - Over Voltage: Passed Cell 54 - Under Voltage: Passed Cell 54 - High Impedance: Passed Cell 54 - End Of Life: Passed Cell 55 - Over Voltage: Passed Cell 55 - Under Voltage: Passed Cell 55 - High Impedance: Passed Cell 55 - End Of Life: Passed Cell 56 - Over Voltage: Passed Cell 56 - Under Voltage: Passed Cell 56 - High Impedance: Passed Cell 56 - End Of Life: Passed Cell 57 - Over Voltage: Passed Cell 57 - Under Voltage: Passed Cell 57 - High Impedance: Passed Cell 57 - End Of Life: Passed Cell 58 - Over Voltage: Passed Cell 58 - Under Voltage: Passed Cell 58 - High Impedance: Passed Cell 58 - End Of Life: Passed Cell 59 - Over Voltage: Passed Cell 59 - Under Voltage: Passed Cell 59 - High Impedance: Passed Cell 59 - End Of Life: Passed Cell 60 - Over Voltage: Passed Cell 60 - Under Voltage: Passed Cell 60 - High Impedance: Passed Cell 60 - End Of Life: Passed Cell level - DTC's 73 to 84: Cell 73 - Over Voltage: Passed Cell 73 - Under Voltage: Passed Cell 73 - High Impedance: Passed Cell 73 - End Of Life: Passed Cell 74 - Over Voltage: Passed Cell 74 - Under Voltage: Passed Cell 74 - High Impedance: Passed Cell 74 - End Of Life: Passed Cell 75 - Over Voltage: Passed Cell 75 - Under Voltage: Passed Cell 75 - High Impedance: Passed Cell 75 - End Of Life: Passed Cell 76 - Over Voltage: Passed Cell 76 - Under Voltage: Passed Cell 76 - High Impedance: Passed Cell 76 - End Of Life: Passed Cell 77 - Over Voltage: Passed Cell 77 - Under Voltage: Passed Cell 77 - High Impedance: Passed Cell 77 - End Of Life: Passed Cell 78 - Over Voltage: Passed Cell 78 - Under Voltage: Passed Cell 78 - High Impedance: Passed Cell 78 - End Of Life: Passed Cell 79 - Over Voltage: Passed Cell 79 - Under Voltage: Passed Cell 79 - High Impedance: Passed Cell 79 - End Of Life: Passed Cell 80 - Over Voltage: Passed Cell 80 - Under Voltage: Passed Cell 80 - High Impedance: Passed Cell 80 - End Of Life: Passed Cell 81 - Over Voltage: Passed Cell 81 - Under Voltage: Passed Cell 81 - High Impedance: Passed Cell 81 - End Of Life: Passed Cell 82 - Over Voltage: Passed Cell 82 - Under Voltage: Passed Cell 82 - High Impedance: Passed Cell 82 - End Of Life: Passed Cell 83 - Over Voltage: Passed Cell 83 - Under Voltage: Passed Cell 83 - High Impedance: Passed Cell 83 - End Of Life: Passed Cell 84 - Over Voltage: Passed Cell 84 - Under Voltage: Passed Cell 84 - High Impedance: Passed Cell 84 - End Of Life: Passed Cell level - DTC's 85 to 97: Cell 85 - Over Voltage: Passed Cell 85 - Under Voltage: Passed Cell 85 - High Impedance: Passed Cell 85 - End Of Life: Passed Cell 86 - Over Voltage: Passed Cell 86 - Under Voltage: Passed Cell 86 - High Impedance: Passed Cell 86 - End Of Life: Passed Cell 87 - Over Voltage: Passed Cell 87 - Under Voltage: Passed Cell 87 - High Impedance: Passed Cell 87 - End Of Life: Passed Cell 88 - Over Voltage: Passed Cell 88 - Under Voltage: Passed Cell 88 - High Impedance: Passed Cell 88 - End Of Life: Passed Cell 89 - Over Voltage: Passed Cell 89 - Under Voltage: Passed Cell 89 - High Impedance: Passed Cell 89 - End Of Life: Passed Cell 90 - Over Voltage: Passed Cell 90 - Under Voltage: Passed Cell 90 - High Impedance: Passed Cell 90 - End Of Life: Passed Cell 91 - Over Voltage: Passed Cell 91 - Under Voltage: Passed Cell 91 - High Impedance: Passed Cell 91 - End Of Life: Passed Cell 92 - Over Voltage: Passed Cell 92 - Under Voltage: Passed Cell 92 - High Impedance: Passed Cell 92 - End Of Life: Passed Cell 93 - Over Voltage: Passed Cell 93 - Under Voltage: Passed Cell 93 - High Impedance: Passed Cell 93 - End Of Life: Passed Cell 94 - Over Voltage: Passed Cell 94 - Under Voltage: Passed Cell 94 - High Impedance: Passed Cell 94 - End Of Life: Passed Cell 95 - Over Voltage: Passed Cell 95 - Under Voltage: Passed Cell 95 - High Impedance: Passed Cell 95 - End Of Life: Passed Cell 96 - Over Voltage: Passed Cell 96 - Under Voltage: Passed Cell 96 - High Impedance: Passed Cell 96 - End Of Life: Passed Cell 97 - Over Voltage: Passed Cell 97 - Under Voltage: Passed Cell 97 - High Impedance: Passed Cell 97 - End Of Life: Passed Module Level DTCs 1 to 18: Module 1: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 2: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 3: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 4: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 5: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 6: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 7: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 8: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 9: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 10: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 11: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 12: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 13: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 14: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 15: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 16: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 17: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Module 18: UnderTemperature: Passed Overtemperature: Passed Delta Temp: Passed Temperature Measurement - Shorted Low: Passed Temperature Measurement - Shorted High: Passed Module 1 Temperature Measurement - Shorted Rationality: Passed Pump Faults: Wire Open/Short to Ground P0CEA-00/Loss of Com: Passed Dry Run Detection P0E3B-00: Passed Overcurrent P0E1F-00: Passed Overtemperature P0E1F-00: Passed Switch Power Shorted P0C4D-00: Passed Controller and FUSI Faults: EEPROM Erase Error: Passed SW running: Passed DFC MoCSoP Err: Passed DFC StopCntTmr: Passed BCU temperature high: Passed FUSI memory: Passed HWTO: Passed HV HW TurnOff (Layer 2): Passed FUSI - Welded Negative Contactor: Passed FUSI - Current Sensor Loss of Comm: Passed FUSI - Over Current during Charge/Discharge: Passed FUSI - Current Sensor Performance Shunt vs Hall: Passed FUSI - Temperature Sensor Rationality (Bad Reading): Passed FUSI - Pack Over Temperature: Passed FUSI - Pack Under Temperature: Passed FUSI - Temperature Sensor Rationality (Adjacent Modules): Passed FUSI - Cell Voltage Rationality (Bad Reading): Passed FUSI - Pack Voltage Rationality (Bad Reading): Passed FUSI - Cell Over & Under Voltage: Passed FUSI - Module Voltage Rationality: Passed FUSI - Cell Balancing Circuit Stuck ON/CSC Open Line Detection: Passed FUSI - CSC Hardware Performance: Passed EV-WakeUp: Failed Top 20 Highest Cells: Max EEPROM 1st highest: 3419 mV Cell Number 1st highest: 36 Max EEPROM 2nd highest: 3419 mV Cell Number 2nd highest: 36 Max EEPROM 3rd highest: 3419 mV Cell Number 3rd highest: 36 Max EEPROM 4th highest: 3419 mV Cell Number 4th highest: 36 Max EEPROM 5th highest: 3526 mV Cell Number 5th highest: 36 Max EEPROM 6th highest: 3722 mV Cell Number 6th highest: 34 Max EEPROM 7th highest: 3722 mV Cell Number 7th highest: 34 Max EEPROM 8th highest: 3723 mV Cell Number 8th highest: 39 Max EEPROM 9th highest: 3723 mV Cell Number 9th highest: 31 Max EEPROM 10th highest: 3724 mV Cell Number 10th highest: 34 Max EEPROM 11th highest: 3723 mV Cell Number 11th highest: 31 Max EEPROM 12th highest: 3724 mV Cell Number 12th highest: 39 Max EEPROM 13th highest: 3724 mV Cell Number 13th highest: 34 Max EEPROM 14th highest: 3725 mV Cell Number 14th highest: 34 Max EEPROM 15th highest: 3725 mV Cell Number 15th highest: 39 Max EEPROM 16th highest: 3726 mV Cell Number 16th highest: 39 Max EEPROM 17th highest: 3727 mV Cell Number 17th highest: 31 Max EEPROM 18th highest: 3728 mV Cell Number 8th highest: 34 Max EEPROM 19th highest: 3729 mV Cell Number 19th highest: 34 Max EEPROM 20th highest: 3731 mV Cell Number 20th highest: 34 Top 20 lowest cells: Min EEPROM 1st lowest: 3121 mV Cell Number 1st lowest: 93 Min EEPROM 2nd lowest: 3121 mV Cell Number 2nd lowest: 93 Min EEPROM 3rd lowest: 3122 mV Cell Number 3rd lowest: 93 Min EEPROM 4th lowest: 3122 mV Cell Number 4th lowest: 93 Min EEPROM 5th lowest: 3337 mV Cell Number 5th lowest: 93 Min EEPROM 6th lowest: 3709 mV Cell Number 6th lowest: 58 Min EEPROM 7th lowest: 3709 mV Cell Number 7th lowest: 16 Min EEPROM 8th lowest: 3711 mV Cell Number 8th lowest: 16 Min EEPROM 9th lowest: 3712 mV Cell Number 9th lowest: 16 Min EEPROM 10th lowest: 3712 mV Cell Number 10th lowest: 58 Min EEPROM 11th lowest: 3712 mV Cell Number 11th lowest: 16 Min EEPROM 12th lowest: 3712 mV Cell Number 12th lowest: 16 Min EEPROM 13th lowest: 3713 mV Cell Number 13th lowest: 16 Min EEPROM 14th lowest: 3713 mV Cell Number 14th lowest: 16 Min EEPROM 15th lowest: 3714 mV Cell Number 15th lowest: 16 Min EEPROM 16th lowest: 3714 mV Cell Number 16th lowest: 16 Min EEPROM 17th lowest: 3716 mV Cell Number 17th lowest: 16 Min EEPROM 18th lowest: 3718 mV Cell Number 18th lowest: 16 Min EEPROM 19th lowest: 3718 mV Cell Number 19th lowest: 16 Min EEPROM 20th lowest: 3720 mV Cell Number 20th lowest: 16 Cluster time at Cell voltage histogram (Average cell voltage): Invalid module voltage sensor timer for Cluster 1: 1 sec Invalid module voltage sensor timer for Cluster 2: 1 sec Invalid module voltage sensor timer for Cluster 3: 1 sec Invalid module voltage sensor timer for Cluster 4: 1 sec Invalid module voltage sensor timer for Cluster 5: 1 sec Invalid module voltage sensor timer for Cluster 6: 1 sec Cluster1 Cell time CellVlt< 2.79 V: 0 sec Cluster1 Cell time between 2.79V