EU Battery Passport: 18 February 2027 Compliance Guide for EV and Industrial Batteries

The Battery Passport is the most advanced of all EU Digital Product Passports. While textile, electronics and furniture passports are still waiting for their delegated acts, the Battery Passport's legal basis is fully adopted and its enforcement date — 18 February 2027 — is locked in. If you make, import, or distribute EV or industrial batteries in the EU, the next few months are decisive.

The Legal Basis: Regulation (EU) 2023/1542

The EU Battery Regulation, formally Regulation (EU) 2023/1542, was published in the Official Journal on 28 July 2023 and entered into force on 17 August 2023. It replaces the previous Battery Directive (2006/66/EC) and introduces a vastly broader sustainability framework — covering carbon footprint declaration, recycled content thresholds, due diligence on critical raw materials, and the Battery Passport itself.

The Battery Passport is set out in Article 77 of the regulation, with detailed information requirements in Annex XIII. The data carrier and passport format follow the EU's harmonised digital product passport standards (CEN-CENELEC JTC 24, formalised through 2026). One piece is still missing, however: the separate implementing act naming who qualifies for restricted-tier ("legitimate interest") access under Article 77(9) was due by 18 August 2026 and had not been adopted as of October 2026 — a gap compliance teams should track rather than assume is settled.

What Counts as an "In-Scope" Battery?

The Compliance Timeline at a Glance

• 17 August 2023 — Regulation 2023/1542 enters into force.
• 18 February 2024 — Carbon footprint declaration becomes mandatory for EV batteries.
• 18 August 2025 — Due diligence rules for batteries' critical raw materials apply.
• 19 July 2026 — EU Digital Product Passport Registry opens (shared infrastructure with ESPR DPPs).
• 18 February 2027 — Battery Passport mandatory for EV, LMT and industrial > 2 kWh batteries.
• 2028 onwards — Recycled content minimums and lifecycle performance data become enforceable in stages.

What Data the Battery Passport Must Contain

Annex XIII of Regulation 2023/1542 specifies the information layers. The structure is more detailed than for any other DPP currently planned.

Public information (anyone with the QR code)

• Manufacturer name and contact
• Battery model, type, and production date
• Battery chemistry (Li-ion NMC, LFP, etc.)
• Carbon footprint (per kWh, per lifecycle stage)
• Recycled content share for cobalt, lithium, nickel and lead
• Critical raw materials used
• Hazardous substances above safety thresholds
• Disassembly and safety information

Restricted access (recyclers, repairers, second-life operators)

• Detailed cell composition and Bill of Materials
• State of Health (SoH) and remaining useful life estimation
• Disassembly and dismantling instructions
• Test protocols and reuse criteria

Authorities-only access

• Supply chain due diligence reports (Annex X)
• Conformity assessment documentation
• Cell-level performance test data

How the Battery Passport Differs from the ESPR DPPs

The Battery Passport pre-dates the ESPR's broader Digital Product Passport framework — but both systems share the same registry infrastructure (the EU DPP Registry, live since July 2026). The key differences for compliance teams:

Carbon Footprint and Recycled Content Thresholds

The carbon footprint declaration is more advanced for batteries than for any other product category. EV batteries placed on the EU market since 18 February 2024 must already include a carbon footprint declaration on a five-stage life cycle assessment basis (raw materials, manufacturing, distribution, use, end-of-life). From 2027–2028, batteries will progressively need to fall under maximum carbon footprint thresholds set by the Commission via implementing acts.

Recycled content minimums also apply progressively:

• From 18 August 2031 — minimum 16% cobalt, 6% lithium, 6% nickel, 85% lead from recycled sources.
• From 18 August 2036 — minimum 26% cobalt, 12% lithium, 15% nickel from recycled sources.

Penalties and Enforcement

Each Member State sets its own penalty regime under Article 93 of the regulation, but penalties must be "effective, proportionate and dissuasive." Practical consequences for non-compliance include:

• Refusal of entry at EU customs (no CE conformity)
• Mandatory recall from the EU market
• Fines from local market surveillance authorities (varying by Member State, but typically a percentage of turnover for serious cases)
• Reputational impact: public registries of non-compliant products are growing

What Battery Manufacturers and Importers Should Do Now

1. Confirm scope: Identify every battery model in your range that exceeds 2 kWh or is destined for EV / LMT use. These are the priority items.
2. Assemble Annex XIII data: For each in-scope model, build a complete Annex XIII data sheet. Most cell suppliers can provide raw material origin and recycled content evidence — but tier-2 suppliers often cannot. Address gaps now.
3. Calculate the carbon footprint: Use a PEFCR-aligned LCA. The methodology rules (PCR for batteries) were finalised in 2024.
4. Choose a passport platform: Decide whether to build in-house, work with a Battery Passport SaaS (Circulor, Spherity, Minespider, others), or use an OEM-shared platform. Pilot with a single SKU.
5. Generate persistent QR codes: The QR must survive the battery's life and be readable at end-of-life. Engraving or laser-etching is generally preferred over labels for industrial and EV applications.
6. Test with the EU Registry: The EU DPP Registry has accepted Battery Passport submissions for testing since July 2026. Run a complete dry-run before February 2027.

Adjacent Regulations to Track

The Battery Passport sits in a network of EU sustainability rules that share data and overlap in scope. Compliance teams should monitor:

• ESPR DPP framework (Regulation 2024/1781) — the broader passport architecture.
• Critical Raw Materials Act (Regulation 2024/1252) — shares due diligence requirements with Battery Reg.
• EU Strategy for Sustainable and Circular Textiles — pattern reference for sectoral DPPs (see our guide on the EU DPP for textiles).
• EU Green Claims Directive — Battery Passport carbon footprint data will be reused for environmental marketing claims (see our analysis of the Green Claims Directive).
• Scope 3 emissions reporting — battery production data flows into upstream Scope 3 calculations (see our Scope 3 supply chain guide).

Frequently Asked Questions