BatteryVertu PowerCell 60 — EV Battery Module
Vertu Energy
SKUVER-EV-60
GTIN4001234567785
4001234567785
Economic operator
RoleManufacturer
Legal nameVertu Energy GmbH
AddressIndustriestraße 5, 80333 München
Country (ISO 3166-1 alpha-2)DE
Contact emailkontakt@vertu-energy.example
Unique operator ID (GS1 GLN)4001234500805
Manufacturer information
Legal nameVertu Energy GmbH
Registered trade name / trademarkVertu Energy
Postal addressIndustriestraße 5, 80333 München, DE
E-mailkontakt@vertu-energy.example
Facility identifier4260123456796
General battery data
Battery categoryElectric vehicle (EV)
Cell chemistryLi-ion NMC (nickel-manganese-cobalt)
Weight (kg)384 kg
Country of manufacture (ISO)DE
Manufacturing date2026-03-12
Battery serial numberVE60-000418
Battery statusOriginal
Unique manufacturer identifier4260123456789
Third-party service providerVeridyn
Warranty periodP8Y
Date of putting into service2026-02-10
Performance & lifetime
2/5met
Replaceability & repairability
!Cell modules individually replaceablepartly
×Cells individually replaceableno
✓BMS separately removableyes
!Professional service and factory tooling requiredyes
✓Spare part availability (years)8 years
Rated capacity (Ah)169 Ah
Energy (Wh)60,000 Wh
Nominal voltage (V)355 V
Expected lifetime (charge cycles)1,500 cycles
Minimum voltage (V)270 V
Maximum voltage (V)410 V
Original power capability at 80% SoC (W)150,000 W
Original power capability at 20% SoC (W)110,000 W
Maximum permitted battery power (W)180,000 W
Initial round-trip energy efficiency (%)96%
Round-trip energy efficiency at 50% of cycle life (%)91%
Initial internal resistance — cell (Ω)0.0012 Ω
Initial internal resistance — pack (Ω)0.048 Ω
Cycle life reference testIEC 62660-1:2018
C-rate of cycle life test (A/Ah)1 A/Ah
Capacity threshold for exhaustion (%)80%
Idle-state temperature range — lower boundary (°C)-30 °C
Idle-state temperature range — upper boundary (°C)60 °C
Certified usable battery energy (kWh)60 kWh
State & degradation
State of Health100%
Remaining capacity (Ah)169 Ah
Remaining power capability at 80% SoC (W)150,000 W
Remaining power capability at 20% SoC (W)110,000 W
State of Charge — SoC (%)55%
State of Certified Energy — SOCE (%)100%
Capacity fade (%)0%
Power fade (%)0%
Round-trip efficiency fade (%)0%
Internal resistance — pack, current (Ω)0.048 Ω
Internal resistance increase — pack (%)0%
Number of full charging/discharging cycles3
Expected lifetime (calendar years)12 years
Temperature information (°C)25 °C
Remaining usable battery energy (kWh)60 kWh
Carbon footprint & recycled content
85kg CO₂e/kWh
The class is the performance class set by the regulation. A is the lowest-footprint band.
Carbon footprint (kg CO₂e / kWh)85 kg CO₂e/kWh
Carbon footprint class (A–G)B
Carbon footprint by lifecycle stage- Raw material acquisition & pre-processing · 32 kg CO₂e/kWh
- Main production · 38 kg CO₂e/kWh
- Distribution · 6 kg CO₂e/kWh
- Recycling / end of life · 9 kg CO₂e/kWh
Recycled raw-material content- Cobalt · 16%
- Lithium · 6%
- Nickel · 12%
Carbon footprint — absolute (kg CO₂e)5,100 kg CO₂e
Hazardous substances & safety
Hazardous substances- Cobalt · 7440-48-4 · < 20% · 18% · H317, H334, H410 · P261, P280, P342+P311
- Lithium hexafluorophosphate · 21324-40-3 · < 15% · 12.5% · H302, H314, H335 · P280, P305+P351+P338, P310
Critical raw materials- Cobalt
- Lithium
- Natural graphite
- Nickel
Cathode, anode and electrolyte materials- Cathode: NMC811
- Anode: graphite
- Electrolyte: LiPF6 in EC/DMC
Safety informationDo not short-circuit; do not expose above 60 °C.
Extinguishing agentWater / water mist, large volume
Fire classA
Supply chain indicesKobalt: közepes kockázat (RMI CRT 2025); lítium: alacsony
Third-party assurances of recognised schemesRMI Responsible Minerals Assurance Process, 2025
Labels & conformity
Meaning of labels and symbolsCrossed-out wheeled bin: do not discard with household waste. "Li-ion" indicates the cell chemistry; the CE mark confirms EU conformity.
End of life
Collection / recyclingReturn spent batteries to the distributor or a collection point.
Disposal / warningsNever dispose in household waste or fire.
Renewable content share (%)14%
Compliance documents (optional)
Detailed measurement data
Measurement temperature — lower boundary (°C)15 °C
Measurement temperature — upper boundary (°C)30 °C
Initial internal resistance — module (Ω)0.012 Ω
Internal resistance increase — cell (%)0%
Internal resistance increase — module (%)0%
Number of overcharge events0
Number of deep discharge events0