The EU Battery Passport deadline: what 18 February 2027 changes

On 18 February 2027 the European battery market splits in two: batteries that carry a compliant Digital Product Passport, and batteries that can no longer be placed on the market. The obligation comes from the EU Battery Regulation 2023/1542, and it covers every electric-vehicle battery, every light means of transport battery and every industrial battery above 2 kWh sold into the EU, wherever it was manufactured. This article walks through what the regulation changes, which batteries are in scope, what the passport must contain, and what the deadline means in practice for manufacturers, importers and their suppliers.

What does the EU Battery Regulation change?

Regulation 2023/1542 replaced the 2006 Batteries Directive with a single rulebook that applies directly in every member state, with no national transposition. It entered into force on 17 August 2023 and has applied since 18 February 2024. Where the old directive mostly regulated what happens to batteries after disposal, the new text follows the product across its entire life: sourcing, manufacturing, use, collection and recovery.

Its obligations arrive in stages. Carbon-footprint declarations, supply-chain due diligence, recycled-content quotas, collection targets, material-recovery targets and the Digital Passport each have their own deadline, spread from 2024 to 2036. The passport is where all of them converge, because it is the document in which most of the other obligations must eventually be reported.

Which batteries need a passport from February 2027?

From 18 February 2027, a Digital Product Passport is mandatory for three battery categories placed on the EU market:

• Electric-vehicle batteries, regardless of capacity.
• Light means of transport (LMT) batteries: e-bikes, e-scooters, cargo bikes.
• Industrial batteries above 2 kWh, which includes stationary storage systems (BESS) and most commercial equipment batteries.

"Placed on the market" means the deadline bites at the moment of sale or import into the EU, not at the moment of manufacture. A pack produced in late 2026 but sold after the deadline needs a passport. The obligation falls on the economic operator placing the battery on the market, so importers carry it on behalf of non-EU manufacturers. Portable and SLI (starter) batteries are outside the passport mandate, although they have their own obligations under the same regulation.

Each in-scope battery must carry a QR code linking to its individual passport record, backed by a unique identifier. One datasheet per model is over: the passport is a per-unit record.

What data must the passport contain?

Annex XIII of the regulation lists the required content, commonly counted at more than 90 data attributes. They group into a handful of families:

• Identity: manufacturer, model, category, manufacturing date and place, weight.
• Composition and chemistry: cell chemistry, critical raw materials, hazardous substances.
• Recycled content: the shares of recycled cobalt, lithium, lead and nickel in active materials.
• Carbon footprint: emissions per functional unit, per model and per plant.
• Performance and durability: rated capacity, expected lifetime, round-trip efficiency.
• State of health and usage data: capacity fade, cycle history, kept current through the battery's life.
• Dismantling, safety and handling information for end-of-life operators.

Not everything is public. The regulation defines access tiers: some attributes are open to anyone who scans the code, others are reserved for market-surveillance authorities and the Commission, and a third group, including dismantling and safety data, is restricted to persons with a legitimate interest, such as recyclers and second-life operators. Access control is part of the specification, not an implementation choice.

The passport must also stay current. State of health and usage data change throughout the battery's service life, and the record has to follow. A PDF generated once at the factory does not satisfy the regulation.

What are the other deadlines on the road to 2027 and beyond?

The passport is the most visible milestone, but it sits in the middle of a longer schedule:

• 18 February 2024: the regulation's main provisions apply.
• 18 February 2025: carbon-footprint declarations become mandatory for EV batteries.
• 31 December 2025: recyclers must reach 65% recycling efficiency by weight for lithium-based batteries.
• 2027 (postponed from August 2025): supply-chain due diligence obligations apply, requiring documented sourcing policies for cobalt, lithium, nickel and natural graphite.
• 18 February 2027: the Digital Product Passport becomes mandatory for EV, LMT and industrial batteries above 2 kWh.
• 31 December 2027: material-recovery targets apply: 50% of lithium and 90% of cobalt, copper, lead and nickel must be recovered from waste batteries.
• 18 August 2031: minimum recycled-content quotas apply to new industrial and EV batteries: 16% cobalt, 85% lead, 6% lithium, 6% nickel. Recovery targets rise to 80% for lithium and 95% for cobalt, copper, lead and nickel.
• 18 August 2036: recycled-content quotas rise again, to 26% cobalt, 85% lead, 12% lithium and 15% nickel.

The schedule has a useful property: data collected for one deadline feeds the next. The production and composition data behind the 2027 passport is the same evidence base auditors will ask for when the 2031 recycled-content quotas arrive. Companies that build the pipeline once report from it for a decade.

What does non-compliance cost?

The direct sanction is market access. A battery without a compliant passport cannot be placed on the EU market after the deadline, and member states back the regulation with national penalty regimes. The indirect costs tend to arrive earlier:

• Customs friction: non-compliant shipments can be blocked or delayed at the EU border.
• Lost OEM contracts: European buyers are already writing DPP readiness into supplier requirements, well ahead of the legal deadline.
• Audit overhead: assembling evidence retroactively, from emails and spreadsheets, costs far more than collecting it in production.

For exporters to the EU, the passport is becoming a de facto condition of doing business before it is a legal one. Procurement departments do not wait for enforcement dates.

Conclusion: treat the passport as infrastructure, not paperwork

The deadline is fixed and the data list is published. What remains open is how each company gets there: as a one-off documentation sprint in late 2026, or as a data pipeline built into production systems now. Manufacturers that treat the passport as a live data product, fed by their MES, ERP and BMS systems rather than compiled by hand, arrive at 2027 with lower audit costs, faster customs clearance and a head start on every deadline that follows.

Passoria builds exactly that: a regulation-ready passport engine with all Annex XIII attributes structured to the EU taxonomy, connected to your production data from day one. We are selecting a limited number of manufacturers, resellers and recyclers for our pilot program ahead of the 2027 enforcement date.