DEMOSample data for demonstration. The company, the certificates and the identifiers are fictional — this passport does not describe a real product.
Vveridyn
Battery

Vertu GridCell 5.1 — Stationary Storage

Vertu Energy

SKUVER-IND-51
GTIN4001234567792
4001234567792

Economic operator

RoleImporter
Legal nameVertu Energy GmbH
AddressIndustriestraße 5, 80333 München
Country (ISO 3166-1 alpha-2)DE
Contact emailkontakt@vertu-energy.example
Manufacturer information
Legal nameHanbit Cell Co., Ltd.
Registered trade name / trademarkHanbit Cell
Postal address77 Sandan-ro, Cheongju-si, Chungbuk 28118, KR
E-mailexport@hanbit-cell.example
Economic operator websitevertu-energy.example ↗

General battery data

Battery categoryIndustrial (> 2 kWh)
Industrial battery subtypeStationary, above 2 kWh
Cell chemistryLi-ion LFP (lithium iron phosphate)
Weight (kg)46 kg
Country of manufacture (ISO)KR
Manufacturing date2026-04-08
Battery serial numberSN-2026-0051002
Warranty periodP10Y
Date of putting into service2026-05-20

Performance & lifetime

3/5met
Replaceability & repairability
Cell modules individually replaceableyes
Cells individually replaceableno
BMS separately removableyes
Professional service and factory tooling requiredyes
Spare part availability (years)10 years
Rated capacity (Ah)100 Ah
Energy (Wh)5,120 Wh
Nominal voltage (V)51.2 V
Expected lifetime (charge cycles)6,000 cycles
Minimum voltage (V)40 V
Maximum voltage (V)58 V
Original power capability at 80% SoC (W)5,000 W
Original power capability at 20% SoC (W)3,800 W
Maximum permitted battery power (W)5,500 W
Initial round-trip energy efficiency (%)96%
Round-trip energy efficiency at 50% of cycle life (%)92%
Initial internal resistance — cell (Ω)0.0009 Ω
Initial internal resistance — pack (Ω)0.014 Ω
Cycle life reference testIEC 62620:2014
C-rate of cycle life test (A/Ah)0.5 A/Ah
Idle-state temperature range — lower boundary (°C)-10 °C
Idle-state temperature range — upper boundary (°C)50 °C
Certified usable battery energy (kWh)5.12 kWh

Carbon footprint & recycled content

A
B
C
D
E
F
G
55kg CO₂e/kWh

The class is the performance class set by the regulation. A is the lowest-footprint band.

Carbon footprint (kg CO₂e / kWh)55 kg CO₂e/kWh
Carbon footprint class (A–G)A
Carbon footprint by lifecycle stage
  • Raw material acquisition & pre-processing · 22 kg CO₂e/kWh
  • Main production · 24 kg CO₂e/kWh
  • Distribution · 4 kg CO₂e/kWh
  • Recycling / end of life · 5 kg CO₂e/kWh
Recycled raw-material content
  • Lithium · 11%
Carbon footprint — absolute (kg CO₂e)282 kg CO₂e

Hazardous substances & safety

Hazardous substances
  • Lithium hexafluorophosphate · 21324-40-3 · < 11% · 8.5% · H302, H314, H335 · P280, P305+P351+P338, P310
Critical raw materials
  • Lithium
  • Natural graphite
Safety information
Install in a ventilated room; do not expose above 50 °C.
Supply chain due diligence report (URL)vertu-energy.example/due-diligence.pdf ↗
Extinguishing agentWater / water mist, large volume
Fire classA
Supply chain indices
Kobalt: közepes kockázat (RMI CRT 2025); lítium: alacsony
Third-party assurances of recognised schemes
RMI Responsible Minerals Assurance Process, 2025

Labels & conformity

Separate collection symbol (link)vertu-energy.example/dpp/symbols/cross… ↗
Meaning of labels and symbols
Crossed-out wheeled bin: do not discard with household waste. The CE mark confirms EU conformity.
EU declaration of conformity (link)vertu-energy.example/dpp/VER-IND-51/eu… ↗

End of life

Collection / recycling
Return to the installer or an authorised treatment operator.
Disposal / warnings
Never dispose in household waste or fire.
Renewable content share (%)11%
Waste prevention — end-user information (link)vertu-energy.example/dpp/waste-prevent… ↗
Separate collection — end-user information (link)vertu-energy.example/dpp/separate-coll… ↗
Second life & end-of-life treatment (link)vertu-energy.example/dpp/second-life ↗

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)0.02 Ω