EU Battery Regulation Compliance

Mandatory from 18 February 2027

COMPLIANT

EU Battery Passport

EU-BP-IND73629184

UUID: BP-EU-003-2025

DIN DKE SPEC 99100 Coverage 87/90

96.7% complete - Missing 3 optional attributes

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General Battery Information

Category

INDUSTRIAL

Battery Type

Stationary Energy Storage

Chemistry

LiFePO4

Capacity

150.0 kWh

Nominal Voltage

320.0 V

Weight

920.0 kg

Manufacturing Date

Manufacturing Country

Germany

Status

ACTIVE

Manufacturer Information

Manufacturer

BYD Energy Solutions

Manufacturing Plant

BYD Battery Manufacturing Plant

Manufacturer Address

Salzgitter, Germany

Responsible Economic Operator

BYD Europe B.V.

Carbon Footprint Declaration (EU Battery Regulation Art. 7) Third-Party Verified

52.1

kg CO₂ eq/kWh

Total lifecycle impact

C

Performance Class

A (best) to G (worst)

PEF

Methodology

Product Environmental Footprint

Verification Details

Verification Body

Bureau Veritas

Verification Date

2025-01-20

Standard

ISO 14067:2018, PEF Guide v6.3, IEC 62430:2019

Lifecycle Stage Breakdown (Required by Art. 7(1))

Raw Materials

28.7

kg CO₂ eq/kWh

Manufacturing

16.9

kg CO₂ eq/kWh

Transport

3.8

kg CO₂ eq/kWh

Use Phase

1.8

kg CO₂ eq/kWh

End of Life

0.9

kg CO₂ eq/kWh

Performance and Durability

100.0%

State of Health

75.0%

State of Charge

0

Cycles Completed

93.7%

Round-trip Efficiency

Expected Lifetime Parameters

Expected Lifetime

20.0 years

Expected Cycles

6000

Capacity Threshold

80.0%

Temperature Range

-10.0°C to 45.0°C

Internal Resistance

1.8 mΩ

Material Composition (EU Battery Regulation Annex XIII)

Detailed material breakdown including hazardous substances and critical raw materials

4

Critical Raw Materials

1

Hazardous Substances

8

Total Materials

100%

Declared Content

Component Type Material Name Weight % CAS Number Classification
Anode
Graphite 19.5% 7782-42-5
Standard Material
Cathode
Iron (Fe) 8.1% 7439-89-6
Standard Material
Cathode
Lithium Iron Phosphate (LiFePO4) 26.8% 15365-14-7
Critical Raw Material
Cathode
Phosphorus compounds 3.4% 7723-14-0
Critical Raw Material
Current_collector
Aluminum foil 14.1% 7429-90-5
Standard Material
Current_collector
Copper foil 14.1% 7440-50-8
Critical Raw Material
Electrolyte
Lithium hexafluorophosphate 7.8% 21324-40-3
Critical Raw Material Hazardous Substance
Separator
Polyethylene/Polypropylene blend 6.2% 9002-88-4
Standard Material

Safety Information

Materials marked as hazardous require special handling. Consult Safety Data Sheets (SDS) before disassembly. Critical raw materials are subject to supply chain due diligence requirements.

EU Compliance Status

CE Marking Present
Separate Collection Symbol Present

EU Declaration of Conformity

View Declaration

Circularity & Recycled Content (Art. 8)

Total Recycled Content

22.1%

By Critical Metal (Required Reporting)

Lithium (Li) 18.7%

Recycling Efficiency Target

96.0%

Material recovery goal by 2030

Disassembly Instructions

Automated rack removal system, safety lockout required

Digital Attestations

Verification trail for data provenance

Carbon Footprint Verified

Issuer: TÜV SÜD Product Service GmbH

Method: ISO 14067 LCA verification

Date: 2025-01-25

Material Composition Lab Tested

Issuer: Eurofins Scientific

Method: ICP-MS elemental analysis

Valid Until: 2025-07-15

Due Diligence Audited

Issuer: RCS Global Group

Method: OECD Due Diligence audit

Valid Until: 2026-01-10

All attestations cryptographically signed

Supply Chain Due Diligence

OECD Compliance Verified
Conflict Minerals Conflict-Free

Verification Scheme

RMI RMAP Validation

Verified by: Bureau Veritas

Full Due Diligence Report

Digital Access

Scan to access this battery passport

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Data Matrix: DMC-BP-EU-003-2025