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TractionBattery

Battery Management data.

type TractionBattery {
  accumulatedChargedEnergy(
    unit: WorkUnitEnum = KILOWATT_HOURS
  ): Float
  accumulatedChargedThroughput(
    unit: ElectricChargeUnitEnum = AMPERE_HOURS
  ): Float
  accumulatedConsumedEnergy(
    unit: WorkUnitEnum = KILOWATT_HOURS
  ): Float
  accumulatedConsumedThroughput(
    unit: ElectricChargeUnitEnum = AMPERE_HOURS
  ): Float
  currentCurrent(
    unit: ElectricCurrentUnitEnum = AMPERE
  ): Float
  currentPower(
    unit: PowerUnitEnum = WATT
  ): Float
  currentVoltage(
    unit: VoltageUnitEnum = VOLT
  ): Float
  errorCodes: [String!]
  grossCapacity(
    unit: WorkUnitEnum = KILOWATT_HOURS
  ): UInt16
  id: String
  isGroundConnected: Boolean
  isPowerConnected: Boolean
  maxVoltage(
    unit: VoltageUnitEnum = VOLT
  ): UInt16
  netCapacity(
    unit: WorkUnitEnum = KILOWATT_HOURS
  ): UInt16
  nominalVoltage(
    unit: VoltageUnitEnum = VOLT
  ): UInt16
  powerLoss(
    unit: PowerUnitEnum = WATT
  ): Float
  productionDate(
    unit: DatetimeUnitEnum = ISO_8601
  ): String
  range(
    unit: LengthUnitEnum = METER
  ): UInt32
  stateOfHealth(
    unit: RelationUnitEnum = PERCENT
  ): Float
  timeRemaining(
    unit: DurationUnitEnum = SECOND
  ): UInt32
  batteryConditioning: BatteryConditioning
  cellVoltage: CellVoltage
  charging: Charging
  dcdc: DCDC
  stateOfCharge: StateOfCharge
  temperature: Temperature
}

Fields​

TractionBattery.accumulatedChargedEnergy ● Float scalar​

The accumulated energy delivered to the battery during charging over lifetime of the battery.

TractionBattery.accumulatedChargedEnergy.unit ● WorkUnitEnum enum​

TractionBattery.accumulatedChargedThroughput ● Float scalar​

The accumulated charge throughput delivered to the battery during charging over lifetime of the battery.

TractionBattery.accumulatedChargedThroughput.unit ● ElectricChargeUnitEnum enum​

TractionBattery.accumulatedConsumedEnergy ● Float scalar​

The accumulated energy leaving HV battery for propulsion and auxiliary loads over lifetime of the battery.

TractionBattery.accumulatedConsumedEnergy.unit ● WorkUnitEnum enum​

TractionBattery.accumulatedConsumedThroughput ● Float scalar​

The accumulated charge throughput leaving HV battery for propulsion and auxiliary loads over lifetime of the battery.

TractionBattery.accumulatedConsumedThroughput.unit ● ElectricChargeUnitEnum enum​

TractionBattery.currentCurrent ● Float scalar​

Current current flowing in/out of battery. Positive = Current flowing in to battery, e.g. during charging. Negative = Current flowing out of battery, e.g. during driving.

TractionBattery.currentCurrent.unit ● ElectricCurrentUnitEnum enum​

TractionBattery.currentPower ● Float scalar​

Current electrical energy flowing in/out of battery. Positive = Energy flowing in to battery, e.g. during charging. Negative = Energy flowing out of battery, e.g. during driving.

TractionBattery.currentPower.unit ● PowerUnitEnum enum​

TractionBattery.currentVoltage ● Float scalar​

Current Voltage of the battery.

TractionBattery.currentVoltage.unit ● VoltageUnitEnum enum​

TractionBattery.errorCodes ● [String!] list scalar​

Current error codes related to the battery, if any.

TractionBattery.grossCapacity ● UInt16 scalar​

Gross capacity of the battery.

TractionBattery.grossCapacity.unit ● WorkUnitEnum enum​

TractionBattery.id ● String scalar​

Battery Identification Number as assigned by OEM.

TractionBattery.isGroundConnected ● Boolean scalar​

Indicating if the ground (negative terminator) of the traction battery is connected to the powertrain.

TractionBattery.isPowerConnected ● Boolean scalar​

Indicating if the power (positive terminator) of the traction battery is connected to the powertrain.

TractionBattery.maxVoltage ● UInt16 scalar​

Max allowed voltage of the battery, e.g. during charging.

TractionBattery.maxVoltage.unit ● VoltageUnitEnum enum​

TractionBattery.netCapacity ● UInt16 scalar​

Total net capacity of the battery considering aging.

TractionBattery.netCapacity.unit ● WorkUnitEnum enum​

TractionBattery.nominalVoltage ● UInt16 scalar​

Nominal Voltage of the battery.

TractionBattery.nominalVoltage.unit ● VoltageUnitEnum enum​

TractionBattery.powerLoss ● Float scalar​

Electrical energy lost by power dissipation to heat inside the battery.

TractionBattery.powerLoss.unit ● PowerUnitEnum enum​

TractionBattery.productionDate ● String scalar​

Production date of battery in ISO8601 format, e.g. YYYY-MM-DD.

TractionBattery.productionDate.unit ● DatetimeUnitEnum enum​

TractionBattery.range ● UInt32 scalar​

Remaining range in meters using only battery.

TractionBattery.range.unit ● LengthUnitEnum enum​

TractionBattery.stateOfHealth ● Float scalar​

Calculated battery state of health at standard conditions.

TractionBattery.stateOfHealth.unit ● RelationUnitEnum enum​

TractionBattery.timeRemaining ● UInt32 scalar​

Time remaining in seconds before the battery is empty.

TractionBattery.timeRemaining.unit ● DurationUnitEnum enum​

TractionBattery.batteryConditioning ● BatteryConditioning object​

TractionBattery.cellVoltage ● CellVoltage object​

TractionBattery.charging ● Charging object​

TractionBattery.dcdc ● DCDC object​

TractionBattery.stateOfCharge ● StateOfCharge object​

TractionBattery.temperature ● Temperature object​

Member Of​

Powertrain object