Defines the specific data model for the EU Battery Passport, including battery-specific properties, materials, and regulatory information.
Source: Battery.jsonld
Classes
- Battery Product
- Performance and Durability
- Capacity, Energy and Voltage
- Power Capability
- Round Trip Efficiency and Self-Discharge
- Internal Resistance
- Battery Lifetime
- Temperature Conditions
- Negative Events and Accidents
Properties
- Manufacturer identifier and information (dppk:manufacturerInfo)
- Manufacturing place (dppk:manufacturingPlace)
- Manufacturing date (dppk:manufacturingDate)
- Date of putting the battery into service (dppk:serviceDate)
- Warranty period of the battery (dppk:warrantyPeriod)
- Battery category (dppk:batteryCategory)
- Battery mass (dppk:batteryMass)
- Battery status (dppk:batteryStatus)
- Separate collection symbol (dppk:separateCollectionSymbol)
- Symbols for cadmium and lead (dppk:heavyMetalSymbols)
- Carbon footprint label (dppk:carbonFootprintLabel)
- Extinguishing agent (dppk:extinguishingAgent)
- Meaning of labels and symbols (dppk:labelMeaning)
- Results of test reports proving compliance (dppk:testReports)
- Carbon footprint performance class (dppk:carbonFootprintClass)
- Web link to public carbon footprint study (dppk:carbonFootprintStudy)
- General battery and manufacturer information (dppk:carbonFootprintGeneralInfo)
- Absolute battery carbon footprint (dppk:carbonFootprintAbsolute)
- Information of due diligence report (dppk:dueDiligenceReport)
- Third party assurances of recognised schemes (dppk:supplyChainAssurances)
- Supply chain indices (dppk:supplyChainIndices)
- Battery chemistry (dppk:batteryChemistry)
- Critical raw materials (dppk:criticalRawMaterials)
- Materials used in cathode, anode and electrolyte (dppk:materialComposition)
- Hazardous substances (dppk:hazardousSubstances)
- Impact of substances on environment, human health, safety, persons (dppk:hazardousSubstancesImpact)
- Dismantling information (dppk:dismantlingInformation)
- Part numbers for components (dppk:partNumbers)
- Information on sources of spare parts (dppk:sparePartsSources)
- Safety measures (dppk:safetyMeasures)
- Information on waste prevention and management (dppk:wastePreventionInfo)
- Pre-consumer recycled material shares (dppk:preConsumerRecycledMaterialComposition)
- Post-consumer recycled material shares (dppk:postConsumerRecycledMaterialComposition)
- Renewable content share (dppk:renewableContent)
- Performance and durability parameters (dppk:performance)
- Capacity, energy, and voltage (dppk:capacity)
- Power capability (dppk:power)
- Round trip energy efficiency and self-discharge (dppk:efficiency)
- Internal resistance (dppk:internalResistance)
- Battery lifetime (dppk:lifetime)
- Temperature conditions (dppk:temperature)
- Negative events and accidents (dppk:negativeEvents)
- Rated capacity (dppk:ratedCapacity)
- Remaining capacity (dppk:remainingCapacity)
- Capacity fade (dppk:capacityFade)
- Certified usable battery energy (dppk:certifiedUsableEnergy)
- Remaining usable battery energy (dppk:remainingUsableEnergy)
- State of certified energy (SOCE) (dppk:soce)
- State of Charge (SoC) (dppk:stateOfCharge)
- Minimum voltage (dppk:voltageMinimum)
- Maximum voltage (dppk:voltageMaximum)
- Nominal voltage (dppk:voltageNominal)
- Original power capability (dppk:powerOriginal)
- Remaining power capability (dppk:powerRemaining)
- Power fade (dppk:powerFade)
- Maximum permitted battery power (dppk:powerMaximumPermitted)
- Ratio between nominal battery power and battery energy (dppk:powerEnergyRatio)
- Initial round trip energy efficiency (dppk:roundTripEfficiencyInitial)
- Round trip energy efficiency at 50% of cycle life (dppk:roundTripEfficiencyAt50Cycles)
- Remaining round trip energy efficiency (dppk:roundTripEfficiencyRemaining)
- Energy round trip efficiency fade (dppk:roundTripEfficiencyFade)
- Initial self-discharge rate (dppk:selfDischargeInitial)
- Current self-discharge rate (dppk:selfDischargeCurrent)
- Evolution of self-discharge rates (dppk:selfDischargeEvolution)
- Initial internal resistance of battery cell and pack (dppk:internalResistanceInitial)
- Internal resistance increase of pack (dppk:internalResistanceIncrease)
- Expected lifetime in calendar years (dppk:expectedLifetimeYears)
- Expected lifetime: Number of charge-discharge cycles (dppk:expectedLifetimeCycles)
- Number of full charging and discharging cycles (dppk:cycleCountFull)
- Cycle-life reference test (dppk:referenceTestCycleLife)
- C-rate of relevant cycle-life test (dppk:cRateCycleTest)
- Energy throughput (dppk:energyThroughput)
- Capacity throughput (dppk:capacityThroughput)
- Capacity threshold for exhaustion (dppk:exhaustionCapacityThreshold)
- Temperature range idle state, lower boundary (dppk:temperatureIdleLower)
- Temperature range idle state, upper boundary (dppk:temperatureIdleUpper)
- Time spent in extreme temperatures above boundary (dppk:timeExtremeTempUpper)
- Time spent in extreme temperatures below boundary (dppk:timeExtremeTempLower)
- Time spent charging during extreme temperatures above boundary (dppk:timeChargingTempUpper)
- Time spent charging during extreme temperatures below boundary (dppk:timeChargingTempLower)
- Number of deep discharge events (dppk:eventsDeepDischarge)
- Number of overcharge events (dppk:eventsOvercharge)
- Information on accidents (dppk:eventsAccidents)