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Home / DTC / P0AEB — Hybrid/EV Battery Temperature Sensor D Circuit High

P0AEB — Hybrid/EV Battery Temperature Sensor D Circuit High

Detailed page for trouble code P0AEB.

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P0AEB

Generic P — Powertrain

Hybrid/EV Battery Temperature Sensor D Circuit High

Brand: Generic
Type: P — Powertrain
Views: UK: 16 EN: 23 RU: 19
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Open or broken sensor wiring (open circuit)
  • Short to battery positive or system supply in sensor wiring
  • Corroded, loose, or damaged sensor connector or pin
  • Faulty temperature sensor (NTC/thermistor)
  • Poor or missing sensor ground/return
  • Water intrusion or contamination at sensor or connector

Symptoms

  • Hybrid/EV battery temperature D reading shows abnormally high or implausible value in live data
  • Charging or discharge power reduced; charge rate limited or inhibited
  • Battery/HEV warning lamp or fault light illuminated
  • HV system may enter reduced-power or limp mode
  • Thermal management system may run blower/cooler continuously or not operate as expected
  • Possible inability to charge or complete EV driving cycles

What to check

  • Scan for stored and pending freeze-frame data and pending flags; record live values for battery temperature sensors A–D and pack temperature(s)
  • Visually inspect sensor D connector and wiring harness for damage, corrosion, heat damage, or water intrusion
  • Check for proper mating and retention of the connector; inspect pins for bent/pushed-back or corrosion
  • Backprobe sensor harness at connector with ignition on and measure reference voltage and signal voltage
  • Measure sensor resistance at sensor leads (if accessible) and compare to manufacturer table for temperature vs resistance
  • Check continuity between sensor signal and module harness pin, and check for shorts to battery positive and ground

Signal parameters

  • Sensor type: typically NTC thermistor (resistance decreases as temperature rises)
  • Reference supply: commonly ~5 V pull-up from battery management module (varies by manufacturer)
  • Typical signal voltage: approximately 0.1–4.9 V depending on pack temperature and sensor design (high circuit fault often reads near supply voltage ~4.5–5 V)
  • Typical resistance ranges: thousands of ohms at low temperature down to hundreds of ohms at high temperature (manufacturer-specific)
  • A true open-circuit on an NTC is commonly interpreted as a high-voltage/over-range signal

Diagnostic algorithm

  1. Retrieve trouble codes and freeze-frame; note state of charge, pack voltage, ambient temperature, and other battery temps.
  2. Verify symptom: connect a capable scan tool, view live data for battery temp sensors A–D and the signal voltage for sensor D. Confirm signal is steady high or out of expected range.
  3. Visually inspect sensor D and harness; unplug connector and inspect pins for corrosion, bent pins, or foreign material.
  4. With connector unplugged, measure resistance of the sensor element at the sensor terminals and compare to spec. An open or out-of-spec reading indicates a bad sensor.
  5. With ignition ON (key ON, ready off), backprobe the harness at the module connector: confirm reference pull-up voltage present on the signal circuit and check for proper ground/return. If signal reads near reference with sensor disconnected, that indicates sensor open or short to supply.
  6. Check continuity between sensor connector and the control module pin; measure for short to battery positive or to chassis ground.
  7. If wiring and connector are good but measured sensor resistance is bad, replace sensor D and clear codes. Retest and confirm proper operation.
  8. If wiring is open/shorted, repair harness (splice, replace damaged section, or repair connector) and retest.
  9. If all wiring and sensor test good, consider replacing or reprogramming the battery management/control module after confirming with manufacturer service information.
  10. After repair, erase codes, perform drive/charge cycle or functional test per OEM procedure and confirm code does not return.

Likely causes

  • Disconnected or corroded connector at temperature sensor D
  • Broken conductor in harness between sensor D and battery management module
  • Sensor element failed open (thermistor open)
  • Short to 12V or pack positive on the sensor signal lead
  • High resistance or lost ground on return circuit

Fault status

⚠️ Status
Battery Temperature Sensor D Circuit High — sensor signal voltage above expected range. Possible open or short to supply, sensor or connector failure, harness damage, or control module input fault. May cause battery charge/drive derate and warning lamp.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5-2.5 hours

Similar codes

P0118 P0119 P0122 P0193 P0AEE
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Code

P0AEB

LAND ROVER P — Powertrain

Hybrid battery temperature sensor D - high circuit

Brand: LAND ROVER
Type: P — Powertrain
Views: UK: 7 EN: 12 RU: 8
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Open or broken sensor wiring (open circuit)
  • Short to battery positive or system supply in sensor wiring
  • Corroded, loose, or damaged sensor connector or pin
  • Faulty temperature sensor (NTC/thermistor)
  • Poor or missing sensor ground/return
  • Water intrusion or contamination at sensor or connector

Symptoms

  • Hybrid/EV battery temperature D reading shows abnormally high or implausible value in live data
  • Charging or discharge power reduced; charge rate limited or inhibited
  • Battery/HEV warning lamp or fault light illuminated
  • HV system may enter reduced-power or limp mode
  • Thermal management system may run blower/cooler continuously or not operate as expected
  • Possible inability to charge or complete EV driving cycles

What to check

  • Scan for stored and pending freeze-frame data and pending flags; record live values for battery temperature sensors A–D and pack temperature(s)
  • Visually inspect sensor D connector and wiring harness for damage, corrosion, heat damage, or water intrusion
  • Check for proper mating and retention of the connector; inspect pins for bent/pushed-back or corrosion
  • Backprobe sensor harness at connector with ignition on and measure reference voltage and signal voltage
  • Measure sensor resistance at sensor leads (if accessible) and compare to manufacturer table for temperature vs resistance
  • Check continuity between sensor signal and module harness pin, and check for shorts to battery positive and ground

Signal parameters

  • Sensor type: typically NTC thermistor (resistance decreases as temperature rises)
  • Reference supply: commonly ~5 V pull-up from battery management module (varies by manufacturer)
  • Typical signal voltage: approximately 0.1–4.9 V depending on pack temperature and sensor design (high circuit fault often reads near supply voltage ~4.5–5 V)
  • Typical resistance ranges: thousands of ohms at low temperature down to hundreds of ohms at high temperature (manufacturer-specific)
  • A true open-circuit on an NTC is commonly interpreted as a high-voltage/over-range signal

Diagnostic algorithm

  1. Retrieve trouble codes and freeze-frame; note state of charge, pack voltage, ambient temperature, and other battery temps.
  2. Verify symptom: connect a capable scan tool, view live data for battery temp sensors A–D and the signal voltage for sensor D. Confirm signal is steady high or out of expected range.
  3. Visually inspect sensor D and harness; unplug connector and inspect pins for corrosion, bent pins, or foreign material.
  4. With connector unplugged, measure resistance of the sensor element at the sensor terminals and compare to spec. An open or out-of-spec reading indicates a bad sensor.
  5. With ignition ON (key ON, ready off), backprobe the harness at the module connector: confirm reference pull-up voltage present on the signal circuit and check for proper ground/return. If signal reads near reference with sensor disconnected, that indicates sensor open or short to supply.
  6. Check continuity between sensor connector and the control module pin; measure for short to battery positive or to chassis ground.
  7. If wiring and connector are good but measured sensor resistance is bad, replace sensor D and clear codes. Retest and confirm proper operation.
  8. If wiring is open/shorted, repair harness (splice, replace damaged section, or repair connector) and retest.
  9. If all wiring and sensor test good, consider replacing or reprogramming the battery management/control module after confirming with manufacturer service information.
  10. After repair, erase codes, perform drive/charge cycle or functional test per OEM procedure and confirm code does not return.

Likely causes

  • Disconnected or corroded connector at temperature sensor D
  • Broken conductor in harness between sensor D and battery management module
  • Sensor element failed open (thermistor open)
  • Short to 12V or pack positive on the sensor signal lead
  • High resistance or lost ground on return circuit

Fault status

⚠️ Status
Battery Temperature Sensor D Circuit High — sensor signal voltage above expected range. Possible open or short to supply, sensor or connector failure, harness damage, or control module input fault. May cause battery charge/drive derate and warning lamp.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5-2.5 hours

Similar codes

P0118 P0119 P0122 P0193 P0AEE
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Short description

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Key sections:
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  • 05 ENGINE TUNING DATA
  • 07 GENERAL FITTING REMINDERS
  • 09 LUBRICANTS, FLUIDS AND CAPACITIES
  • 10 MAINTENANCE
  • 12 ENGINE Tdi
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  • - Fault diagnosis
  • - Adjustment
  • - Repair and overhaul procedures
  • 19 FUEL SYSTEM Tdi
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Short description

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Contents
Key sections:
  • 01 - INTRODUCTION
  • - Introduction
  • - Dimensions
  • - References
  • - Repairs and replacements
  • - Poisonous substances
  • - Fuel handling precautions
  • - Synthetic rubber
  • - Recommended sealants
  • - Used engine oil precautions
  • - Accessories and conversions
  • - Wheels and tyres
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Workshop Manual
Manual in English Pages: 494 7.1 MB
Short description

Land Rover Range Rover Electrical Library (LRL 0453ENG). Comprehensive manual covering fuse details, earth points, system descriptions, diagnostics and connector pin-outs for electrical troubleshooting and repair. Intended for technicians and service workshops.

Contents
Key sections:
  • 1 INTRODUCTION
  • 1.1 About this document
  • 1.2 Battery voltage
  • 1.3 Electrical precautions
  • 1.4 Battery disconnecting / charging
  • 1.5 Disciplines / greases
  • 1.6 Abbreviations
  • 1.7 HeVAC, sensors abbreviations
  • 1.8 How to use this document
  • 1.9 Connector detail format
  • 1.10 Fault diagnosis
  • 1.11 Wire colour codes
Download
Your experience will help others
+100 karma for a short comment :)
Keep it short and practical. Up to 500 characters.
Send to email

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