Example passport – it describes no real battery. It shows what a passport published on Battery Compliance looks like: signed, versioned and readable on any phone.

Example home storage battery 51.2 V · 100 Ah

Stationary energy storage · Battery Compliance – example passports

JSON

Status: Active
Signed version 1 · published by Battery Compliance – example passports · Verify signature
Serial number: EXAMPLE-ESS-0001
Version: 1
Last updated: Nov 9, 2026, 12:44 UTC
Checksum (SHA-256): 00352b7d750e5f67…
Access level: Public

Battery passport · Regulation (EU) 2023/1542

https://batterycompliance.eu/id/EXAMPLE/ESS-EXAMPLE/EXAMPLE-ESS-0001

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Identifiers and product data

Battery model identifierArticle 3(19): ESS-EXAMPLEArticle 3(19)
Battery serial numberArticle 38(6): EXAMPLE-ESS-0001Article 38(6)
Economic operator informationArt. 3, 1(22): Battery Compliance – example passports
Example passports
Example street 1, 1000 Sofia, BG
https://batterycompliance.eu
examples@batterycompliance.eu
Art. 3, 1(22)
Manufacturer informationAnnex VI Part A (1): Example Storage Systems (fictitious)
Example City, DE
Annex VI Part A (1)
Manufacturing placeAnnex XIII (1a): Example City, DEAnnex XIII (1a)
Manufacturing dateAnnex XIII (1a): May 2026Annex XIII (1a)
Warranty period of the batteryAnnex XIII (1m): 10 yearsAnnex XIII (1m)
Battery categoryAnnex XIII (1a): Stationary energy storageAnnex XIII (1a)
Battery massAnnex XIII (1a): 52 kgAnnex XIII (1a)

Symbols, labels and documentation of conformity

Separate collection symbolAnnex XIII (1s)

Separate collection symbol (Art. 13(4), Annex VI Part B)SVG image

Annex XIII (1s)

Extinguishing agentAnnex VI Part A (9)

Fire class: D
Extinguishing agent: Water in large quantities (example)

Annex VI Part A (9)

Meaning of labels and symbolsAnnex XIII (1s)

crossed-out wheeled bin – do not dispose with household waste.Annex XIII (1s)

EU declaration of conformityAnnex XIII (1r)

EU declaration of conformity (example)PDF · English

Annex XIII (1r)

Battery carbon footprint

Carbon footprint performance classAnnex XIII (1c): not yet applicableAnnex XIII (1c)

Supply chain due diligence

Information of due diligence reportArt. 52(3): Due diligence report (example)PDF · English
Art. 52(3)
Third party assurances of recognised schemesArt. 49(d): none (example)Art. 49(d)

Battery materials and composition

Battery chemistryAnnex XIII (1b)

Chemical code: LFP
Additional value: LiFePO4 / graphite

Annex XIII (1b)

Critical raw materialsAnnex XIII (1b)

lithium, natural graphite, phosphate rockAnnex XIII (1b)

Hazardous substances and their impactAnnex XIII (1b)

Location in the battery
electrolyte
Identifier
21324-40-3
Chemical name
Lithium hexafluorophosphate
Concentration (% w/w)
1.2
Hazard statements (H)
H301, H314
Identifier type
CAS
Impact on environment, health and safety
Corrosive; releases HF on contact with water.

Annex XIII (1b)

Circularity and resource efficiency

Lithium recycled content shareAnnex XIII (1e): 0 %Annex XIII (1e)
Renewable content shareAnnex XIII (1f): 0 %Annex XIII (1f)
Information on the role of end-users in contributing to waste preventionArt. 74(1a): Waste prevention (example)PDF · English
Art. 74(1a)
Information on the role of end-users in contributing to the separate collection of waste batteriesArt. 74(1b): Separate collection (example)PDF · English
Art. 74(1b)
Information on battery collection, preparation for second life and on treatment at end of lifeArt. 74(1c): End of life (example)PDF · English
Art. 74(1c)

Performance and durability

Rated capacityAnnex XIII (1g)

100 AhAnnex XIII (1g)

Minimum voltageAnnex XIII (1h)

Voltage: 44.8 V
Temperature – lower boundary: 0 °C
Temperature – upper boundary: 50 °C

Annex XIII (1h)

Maximum voltageAnnex XIII (1h)

57.6 VAnnex XIII (1h)

Nominal voltageAnnex XIII (1h)

51.2 VAnnex XIII (1h)

Original power capabilityAnnex XIII (1i)

Power at 20 % state of charge: 4800 W
Power at 80 % state of charge: 5000 W

Annex XIII (1i)

Maximum permitted battery powerAnnex XIII (1i)

5120 WAnnex XIII (1i)

Initial round trip energy efficiencyAnnex XIII (1n)

95 %Annex XIII (1n)

Round trip energy efficiency at 50% of cycle lifeAnnex XIII 1

92 %Annex XIII 1

Initial self-discharge rate

2 %/month

Initial internal resistance of battery cell and pack (module recommended)Annex XIII (1o)

Cell: 12 mΩ
Pack: 45 mΩ

Annex XIII (1o)

Expected lifetime - Number of charge-discharge cyclesAnnex XIII (1)

6000Annex XIII (1)

Cycle-life reference testAnnex XIII (1j)

IEC 62620, 0.5C/0.5C, 25 °C, 90 % DoDAnnex XIII (1j)

C-rate of relevant cycle-life testAnnex XIII (1p)

0.5 1/hAnnex XIII (1p)

Temperature range idle state, lower boundaryAnnex XIII (1l)

-20 °CAnnex XIII (1l)

Temperature range idle state, upper boundaryAnnex XIII (1l)

60 °CAnnex XIII (1l)

Version history (1)

Version 1Nov 9, 2026, 12:44 UTC00352b7d750e5f67…

Technical record

The passport header under EN 18223: schema version, status, granularity and identifiers.

DPP Schema versionJTC-24 EN 18223 (4.1.2.1 Table 1): EN 18223:2026 / BatteryPass-Ready longlist v2.0JTC-24 EN 18223 (4.1.2.1 Table 1)
DPP StatusJTC-24 EN 18223 (4.1.2.1 Table 1): ActiveJTC-24 EN 18223 (4.1.2.1 Table 1)
DPP GranularityJTC-24 EN 18223 (4.1.2.1 Table 1): Item – one passport per batteryJTC-24 EN 18223 (4.1.2.1 Table 1)
Date-time of latest update of DPPJTC-24 EN 18223 (4.1.2.1 Table 1): Nov 9, 2026, 12:44 UTCJTC-24 EN 18223 (4.1.2.1 Table 1)
Unique battery passport identifier / unique DPP identifierArt. 77(3) and (10): https://batterycompliance.eu/id/EXAMPLE/ESS-EXAMPLE/EXAMPLE-ESS-0001Art. 77(3) and (10)
Unique battery identifier / unique product identifierArt. 77(3): https://batterycompliance.eu/id/EXAMPLE/ESS-EXAMPLE/EXAMPLE-ESS-0001Art. 77(3)
Unique economic operator identifierAnnex XIII (1a): https://batterycompliance.eu/id/eo/EXAMPLEAnnex XIII (1a)
Content specification IdsJTC-24 EN 18223 (4.1.2.1 Table 1): urn:eu:battery-regulation:2023/1542:annex-xiii, urn:batterypass-ready:longlist:2.0JTC-24 EN 18223 (4.1.2.1 Table 1)