TechnicalSpecification

class

Technical Specification

Technical specifications of a battery including capacity, voltage, and performance parameters.

URI:https://ref.openepcis.io/extensions/eu/battery/TechnicalSpecification

Properties (31)

PropertyDescriptionRange
capacityFadeThresholdCapacity fade percentage at which battery reaches end of rated cycle life (typically 80%).xsd:decimal
capacityThresholdForExhaustionSOCE percentage threshold below which the battery is considered exhausted.xsd:decimal
cRateNominal charge/discharge rate relative to capacity (e.g., 1C = full charge in 1 hour).xsd:decimal
cRateLifeCycleTestC-rate used for lifecycle testing.xsd:decimal
depthOfDischargeInCycleLifeTestDepth of discharge (DoD) percentage used for cycle life testing.xsd:decimal
expectedCycleLifeExpected number of full charge-discharge cycles under reference test conditions.xsd:integer
expectedLifetimeCapacityThroughputTotal capacity throughput expected over battery lifetime in Ah. Use unitCode 'AMH' (UN/CEFACT Rec 20).gs1:QuantitativeValue
expectedLifetimeEnergyThroughputTotal energy throughput expected over battery lifetime in kWh. Use unitCode 'KWH' (UN/CEFACT Rec 20).gs1:QuantitativeValue
expectedLifetimeYearsExpected calendar lifetime under normal operating conditions, in years.xsd:integer
initialInternalResistanceInitial internal resistance at commissioning in Ohms. Use unitCode 'OHM' (UN/CEFACT Rec 20).gs1:QuantitativeValue
initialSelfDischargeInitial self-discharge rate as percentage per month.xsd:decimal
lifetimeReferenceTestURL or reference to the standard test used for lifetime determination.xsd:anyURI
maximumChargingCurrentMaximum allowed charging current in Amperes. Use unitCode 'AMP' (UN/CEFACT Rec 20).gs1:QuantitativeValue
maximumChargingPowerMaximum allowed charging power in kW. Use unitCode 'KWT' (UN/CEFACT Rec 20).gs1:QuantitativeValue
maximumDischargingCurrentMaximum allowed discharging current in Amperes. Use unitCode 'AMP' (UN/CEFACT Rec 20).gs1:QuantitativeValue
maximumDischargingPowerMaximum allowed discharging power in kW. Use unitCode 'KWT' (UN/CEFACT Rec 20).gs1:QuantitativeValue
maximumVoltageMaximum allowable voltage when fully charged, in Volts (V). Use unitCode 'VLT' (UN/CEFACT Rec 20).gs1:QuantitativeValue
minimumVoltageMinimum allowable voltage to prevent deep discharge damage, in Volts (V). Use unitCode 'VLT' (UN/CEFACT Rec 20).gs1:QuantitativeValue
nominalVoltageNominal operating voltage of the battery pack in Volts (V). Use unitCode 'VLT' (UN/CEFACT Rec 20).gs1:QuantitativeValue
originalPowerCapabilityOriginal power capability at specific SoC levels (80% and 20%).PowerCapabilityAtSoC
powerCapabilityRatioRatio of rated power to rated energy (W/Wh).xsd:decimal
ratedCapacityRated capacity in Ampere-hours (Ah). Use gs1:QuantitativeValue with unitCode 'AMH'.gs1:QuantitativeValue
ratedEnergyRated energy in kilowatt-hours (kWh). Use gs1:QuantitativeValue with unitCode 'KWH'.gs1:QuantitativeValue
ratedMaximumPowerRated maximum power output in kW. Use unitCode 'KWT' (UN/CEFACT Rec 20).gs1:QuantitativeValue
resistanceIncreaseThresholdInternal resistance increase percentage at which battery reaches end of rated cycle life.xsd:decimal
roundTripEfficiencyInitial round-trip energy efficiency as percentage.xsd:decimal
roundTripEfficiencyAt50PercentCycleLifeExpected round trip efficiency at 50% of rated cycle life.xsd:decimal
temperatureRangeChargingAllowable temperature range during charging.TemperatureRange
temperatureRangeDischargingAllowable temperature range during discharging.TemperatureRange
temperatureRangeIdleStateTemperature range for the battery in idle state.TemperatureRange
temperatureRangeStorageAllowable temperature range for battery storage.TemperatureRange

Used as Range (1)

JSON-LD Example

{
  "@context": "https://ref.openepcis.io/extensions/eu/battery/battery-context.jsonld",
  "type": "TechnicalSpecification",
  "capacityFadeThreshold": "...",
  "capacityThresholdForExhaustion": "...",
  "cRate": "..."
}