Digital Product Passport · EVB · item
Voltaris NMC-800 EV pack
Active Version 5 · Nov 9, 2026, 5:35 PM UTC
Economic operator: Voltaris Energy GmbH (fictional demo company) · EORI DE123456789012345 · LEI 529900DEMO0VOLTARIS7 · voltaris.example
800 V, 92 kWh lithium-ion NMC traction battery for passenger EVs (fictional demo product).
Key facts
- Chemistry
- Li-ion NMC - Lithium ion NMC
- Capacity
- 230 Ah
- Weight
- 452.5 kg
- Nominal voltage
- 800 V
- Manufactured
- September 2026
- Place of manufacture
- Leipzig, DEU
- Commercial warranty
- 96 months
- Expected lifetime
- 2,500 cycles
This is a battery passport under Regulation (EU) 2023/1542.
Passport data
Public
Annex XIII (1)Identity of who is registering and/or is responsible for the battery passportArticle 77 (3)
Definition: Identity of who is registering and/or is responsible for the battery passport [name]
- MOCK-ORG-VOLTARIS
Manufacturer identificationAnnex VI Part A 1
Definition: Manufacturer name, registered trade name or registered trademark [at least one of]
- Manufacturer name
- Voltaris Energy GmbH
- Manufacturer registered trade name
- Voltaris
- Manufacturer registered trademark
- VOLTARIS®
Manufacturer postal addressAnnex VI Part A 1
Definition: Manufacturer single contact postal address
- Batteriestraße 1, 10115 Berlin, Germany
Manufacturer contact detailsAnnex VI Part A 1
Definition: If available, manufacturer web and email address [both optional]
- Manufacturer email address
- passport@voltaris.example
- Manufacturer website
- https://voltaris.example
Battery categoryAnnex VI Part A 2
Definition: Battery category [3-code list]
- EVB - Electric vehicle battery
Battery identificationAnnex VI Part A 2
Definition: Model identification and batch or serial number, or product number or another element allowing their identification [at least one of]
- Batch number
- LOT-2026-09-A
- Serial number
- VLT-000101
- Product number
- 09506000134352
- Model identifier
- VLT-NMC-800
Place of manufactureAnnex VI Part A 3
Definition: The place of manufacture (geographical location of a battery manufacturing plant) [town, region, country/jurisdiction]
- Town/city of manufacture
- Leipzig
- Region of manufacture
- Saxony
- Country of manufacture
- Germany DEU
Date of manufacturingAnnex VI Part A 4
Definition: The date of manufacturing [month and year]
- September 2026
Battery weightAnnex VI Part A 5
Definition: The weight [unit kg]
- 452.5 kg
Battery capacityAnnex VI Part A 6
Definition: The capacity [unit Ah]
- 230 Ah
Battery chemistryAnnex VI Part A 7
Definition: The chemistry [code list]
- Li-ion NMC - Lithium ion NMC
Hazardous substances present in the battery, other than mercury, cadmium or leadAnnex VI Part A 8
Definition: The hazardous substances present in the battery, other than mercury, cadmium or lead [free text]
- Lithium hexafluorophosphate (LiPF6)
- Cobalt compounds
- Nickel compounds
Usable extinguishing agentAnnex VI Part A 9
Definition: Usable extinguishing agent [free text]
- Large amounts of water to cool the pack; never use CO2 alone on a lithium-ion fire.
Critical raw materials present in the batteryAnnex VI Part A 10
Definition: Critical raw materials present in the battery in a concentration of more than 0,1 % weight by weight [code list]
- Lithium Cobalt naturalGraphite
Renewable content shareAnnex XIII 1 (f)
Definition: The share of renewable content [%]
- 18%
Minimal voltageAnnex XIII 1 (h)
Definition: Minimal voltage, with temperature range when relevant [unit V, optional unit °C]
- 600 V at -20 … 55°C
Nominal voltageAnnex XIII 1 (h)
Definition: Nominal voltage, with temperature range when relevant [unit V, optional unit °C]
- 800 V at -20 … 55°C
Maximum voltageAnnex XIII 1 (h)
Definition: Maximum voltage, with temperature range when relevant [unit V, optional unit °C]
- 920 V at -20 … 55°C
Original power capabilityAnnex XIII 1 (i)
Definition: Original power capability [unit W]
- 300,000 W
Power limitAnnex XIII 1 (i)
Definition: Power limits, with temperature range when relevant [unit W, optionally min_T °C … max_T °C]
- 300,000 W at 10 … 45°C
- 120,000 W at -20 … 10°C
Temperature range the battery can withstand when not in useAnnex XIII 1 (l)
Definition: Temperature range the battery can withstand when not in use (reference test) [min_T °C … max_T °C + free text]
- Value range
- -20 … 45°C
- Reference test for the temperature range the battery can withstand when not in use
- IEC 62660-2 storage test; store between -20 °C and 45 °C at 30–50 % SoC
Period for which the commercial warranty for the calendar life appliesAnnex XIII 1 (m)
Definition: Period for which the commercial warranty for the calendar life applies [months]
- 96 months
Internal battery cell resistanceAnnex XIII 1 (o)
Definition: Internal battery cell resistance [unit Ω]
- 0.001 Ω
Internal battery pack resistanceAnnex XIII 1 (o)
Definition: Internal battery pack resistance [unit Ω]
- 0.11 Ω
Separate collection symbolAnnex XIII 1 (q)
Definition: The marking requirements laid down in Article 13(4) [Yes/No]
- Yes
EU declaration of conformityAnnex XIII 1 (r)
Definition: The EU declaration of conformity referred to in Article 18 [a web link]
- EU declaration of conformity PDF · en-GB
Waste battery prevention and management informationAnnex XIII 1 (s)
Definition: The information regarding the prevention and management of waste batteries laid down in Article 74(1), points (a) to (f) [multiple free text]
- Impact of substances present in batteries on the environment and on human health or the safety of persons
- Improper disposal may release electrolyte and heavy metals into soil and water.
- Information on separate collection points
- https://example.com/collection-points
- Information on take-back and collection points
- Return to any authorised dealer free of charge.
- Meaning of the labels and symbols on batteries
- The crossed-out wheelie bin symbol indicates separate collection is required.
- Role of end-users in waste prevention
- End users should avoid mechanical damage and follow the usage instructions.
- Information on preparation for reuse facilities
- Authorised facility: Iberia Reuse Centre, Zaragoza.
- Safety instructions for handling waste batteries
- Store damaged batteries in a dry, ventilated, non-flammable container.
- Role of end-users in separate collection of waste batteries
- End users must not dispose of batteries as unsorted municipal waste.
- Information on treatment facilities for waste batteries
- Authorised recycling plant: Recycla Ibérica, Bilbao.
- Information on preparation-for-repurposing facilities
- Authorised facility: Iberia Second-Life Hub, Valencia.
Expected battery lifetime in cyclesAnnex XIII 1 (j)
Definition: Expected battery lifetime expressed in cycles [in number]
- 2,500
Reference test used for expected battery lifetime expressed in cyclesAnnex XIII 1 (j)
Definition: Reference test used for expected battery lifetime expressed in cycles [free text]
- IEC 62660-1 cycle life test at 25 °C, 1C/1C, 100 % DoD
Capacity threshold for exhaustionAnnex XIII 1 (k)
Definition: Capacity threshold for exhaustion [%]
- 70%
Initial round-trip energy efficiencyAnnex XIII 1 (n)
Definition: Initial round trip energy efficiency [%]
- 95.5%
Round-trip energy efficiency at 50% of cycle lifeAnnex XIII 1 (n)
Definition: Round trip energy efficiency at 50 % of cycle-life [%]
- 93%
Charge C-rate of relevant cycle-life testAnnex XIII 1 (p)
Definition: Charge C-rate of relevant cycle-life test [number]
- 1 h⁻¹
Restricted 1
Annex XIII (2)🔒 RestrictedAvailable to: Persons with legitimate interest, notified bodies, market surveillance authorities, Commission
4 data points
- Detailed composition
- Part numbers for components and contact details of sources for replacement spares
- Dismantling information
- Safety measures
Restricted 2
Annex XIII (3)🔒 RestrictedAvailable to: Notified bodies, market surveillance authorities, Commission
1 data points
- Results of test reports proving compliance
Restricted 3
Annex XIII (4)🔒 RestrictedAvailable to: Persons with legitimate interest (individual battery)
17 data points
- Energy round trip efficiency
- Energy round trip efficiency fade
- Battery status
- Number of charging cycles
- Number of discharging cycles
- Negative events
- Periodically recorded information on the operating environmental conditions
- Periodically recorded state of charge (SoC)
- Rated capacity
- Capacity fade
- Power capability
- Power fade
- Internal resistance
- Internal resistance increase
- Expected lifetime of the battery under the reference conditions in cycles
- Expected lifetime of the battery in years
- State of certified energy (SOCE)
Verification
- Signature valid
Issuer:did:web:dpp.wisecraft.dev:orgs:voltaris - Not revoked
- EU DPP Registry: Registered
Registry ID:urn:eu:dpp-registry:30133b28-339f-43ea-9a65-3b7f2af70610 - Backup copy:
backup://Independent replica volume (VPS /var/backups)/demo-voltaris/bea5ff1e-8e9c-43a1-ae3f-e07ff2907563/v5.json
Machine-readable
Version history
- Version 5 · Nov 9, 2026, 5:35 PM UTC
Module 7 replaced after cell imbalance (warranty repair)Negative eventsJSON
- Version 4 · Nov 9, 2026, 5:35 PM UTC
Periodic state-of-health reading from the battery management systemState of certified energy (SOCE) · Capacity fade · Number of charging cycles · Number of discharging cycles · Expected lifetime of the battery under the reference conditions in cycles · Internal resistance increaseJSON
- Version 3 · Nov 9, 2026, 5:35 PM UTC
Periodic state-of-health reading from the battery management systemState of certified energy (SOCE) · Capacity fade · Number of charging cycles · Number of discharging cycles · Expected lifetime of the battery under the reference conditions in cycles · Internal resistance increaseJSON
- Version 2 · Nov 9, 2026, 5:35 PM UTC
Periodic state-of-health reading from the battery management systemState of certified energy (SOCE) · Capacity fade · Number of charging cycles · Number of discharging cycles · Expected lifetime of the battery under the reference conditions in cycles · Internal resistance increaseJSON
- Version 1 · Nov 9, 2026, 5:35 PM UTC
issuedIssued with 61 data pointsJSON