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Batteries · Feb 2027

The battery passport is the one hard DPP deadline. Here's your seven-month checklist to February 2027.

4 July 2026 · 8 min read · Jussi, founder
TL;DR
  • From 18 February 2027, every EV battery, light-means-of-transport (LMT) battery and industrial battery above 2 kWh placed on the EU market needs a battery passport — the first mandatory Digital Product Passport.
  • The date is confirmed and unchanged: the 2025–26 omnibus packages postponed battery supply-chain due diligence (to 18 August 2027), not the passport.
  • Annex XIII data falls into five buckets: identification and model data, carbon footprint (methodology still pending), recycled content, performance and durability, and safety and dismantling information.
  • The passport is per individual battery — each unit carries a unique identifier behind a QR code, not one shared page per model.
  • Embedded batteries under 2 kWh (phones, laptops) and ordinary portable batteries need no passport at all.

Most Digital Product Passport dates you read about are estimates, milestones for the Commission, or consultant-manufactured urgency. One is none of those things: 18 February 2027, when the battery passport becomes mandatory under the Battery Regulation (EU) 2023/1542. It is written into law, it survived the 2025–26 omnibus simplification packages untouched, and as of today it is about seven months away.

Seven months is comfortable if you start now and tight if you start in December — mostly because the slow part is prying data out of cell suppliers, not building the passport itself. Here is the practical checklist.

Who is covered — and who is not

The passport requirement applies to batteries placed on the EU market from 18 February 2027 in three categories:

  • EV batteries — traction batteries for electric vehicles.
  • LMT batteries — light means of transport: e-bikes, e-scooters and similar.
  • Industrial batteries above 2 kWh — stationary storage, forklifts, and other industrial applications.
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Explicitly out of scope
Batteries embedded in devices under 2 kWh — every phone and laptop — need no battery passport. Neither do ordinary portable consumer batteries. If someone is selling you passport compliance for AA cells or phone batteries, they are selling you something that doesn’t exist.

Note the trigger: placed on the market. Stock already on the EU market before 18 February 2027 does not retroactively need a passport. Units you place on the market from that date do — which is why production and labelling processes, not just data, have to be ready in time.

What data Annex XIII actually requires

The passport content is defined in Article 77 and Annex XIII of the regulation. The list looks long, but it groups naturally into five buckets:

Data bucketWhat goes in itWhere it usually comes from
Identification & modelManufacturer, battery model, category, manufacturing date and place, weight, chemistryYour own product records
Carbon footprintLifecycle carbon footprint declaration — once the methodology acts are adoptedCell suppliers + your assembly data
Recycled contentShares of recycled cobalt, lithium, nickel and lead in active materialsCell and material suppliers
Performance & durabilityCapacity, expected lifetime, state-of-health parametersTest reports, BMS data
Safety & dismantlingHazardous substances, safety measures, dismantling informationDesign docs, safety data sheets

A note on the carbon footprint

The carbon-footprint declaration only bites once the Commission’s methodology acts are adopted — and the draft delegated act for EV batteries, published back in April 2024, is still unadopted as of July 2026. So carbon-footprint declarations are not yet in force. The honest advice is two-sided: you cannot finalise a compliant declaration today, but the underlying inputs — supplier energy data, material origins, transport legs — take months to collect, so gather them now and calculate when the methodology lands.

A note on recycled content

From February 2027 you declare the recycled-content shares. The minimum thresholds — 16% cobalt, 6% lithium, 6% nickel, 85% lead — only apply from 18 August 2031. In 2027 you are reporting reality, not hitting targets. Do not let a supplier’s low recycled-content number stop you shipping a passport; let a supplier’s refusal to give you the number worry you instead.

One passport per battery, not per model

This is the requirement that surprises teams most. The battery passport is item-level: each individual battery gets its own passport with a unique identifier, accessed through a QR code on the unit. A single shared page per model — the pattern most brands know from product pages — is not enough.

Practically, that means your serial-number scheme, your label printing and your passport platform have to talk to each other. Model-level data (chemistry, design, dismantling info) is shared across units; unit-level data (serial number, manufacturing date) is stamped per battery. Getting this wiring right is a production-line task as much as a data task, which is why it sits in the middle of the plan below, not the end.

Your month-by-month plan to February 2027

MonthWhat to have done
July 2026Confirm scope: list every battery model you place on the EU market and which category it falls into (EV, LMT, industrial >2 kWh)
August 2026Map data sources per Annex XIII bucket — which fields come from cell suppliers, which from your BMS, which from test reports
September 2026Send supplier data requests (recycled content, chemistry, carbon inputs) — allow for slow replies and follow-ups
October 2026Choose your passport platform and lock the unique-identifier scheme with your serial numbers
November 2026Pilot one battery model end to end: data in, passport generated, QR printed and scanned
December 2026Close data gaps — commission missing durability tests, chase outstanding supplier fields
January 2027Integrate with production: per-unit passport creation and QR labelling running in the normal manufacturing flow
February 2027Buffer and go-live — everything placed on the market from the 18th ships with a passport

The pattern to notice: the first three months are data work, and only then does software enter the picture. Teams that invert this — buy a tool in January, discover in February that the cell supplier won’t confirm recycled-content shares — are the ones that miss the date.

An honest note on who this is for

If you are a major EV manufacturer, you have an enterprise systems team and an integration project already running; a SaaS blog post is not your compliance plan. productpasses.com is built for the other end of the market: e-bike and scooter brands, and small industrial-battery makers — companies with real Annex XIII obligations and no compliance department. That is our sweet spot, and it is exactly the segment the February date catches least prepared. Our battery passport guide walks through the required fields in detail, and if you want the wider context on how battery passports fit into the EU’s DPP infrastructure, start with what the DPP registry launch actually changes and our plain-language DPP explainer.

Seven months is enough — if the data work starts now
Make your first battery passport in about five minutes — AI drafts the fields from a spec sheet, URL or spreadsheet, and each unit gets a QR-linked page with its unique identifier. Five passports free, forever.
Start free — 5 passports, no card needed

The short version

  • The date is real: 18 February 2027, confirmed, untouched by the omnibus packages (only due diligence moved, to August 2027).
  • Scope is narrow: EV, LMT and industrial >2 kWh. No phones, no laptops, no portable cells.
  • Item-level, QR-linked: one passport per battery, unique identifier per unit.
  • Start with suppliers, not software: the recycled content, chemistry and carbon inputs are the long pole. See plans and pricing when you are ready to put the data somewhere.

Frequently asked questions

When does the EU battery passport become mandatory?
18 February 2027. It applies to EV batteries, light-means-of-transport batteries (e-bikes, scooters) and industrial batteries above 2 kWh that are placed on the EU market from that date, under the Battery Regulation (EU) 2023/1542.
Has the battery passport deadline been postponed?
No. The 2025–26 omnibus packages left the passport date unchanged. Omnibus IV (Regulation (EU) 2025/1561) postponed only the battery supply-chain due-diligence obligations, to 18 August 2027.
Do phone and laptop batteries need a battery passport?
No. Batteries embedded in devices with a capacity below 2 kWh — which covers phones and laptops — need no battery passport, and ordinary portable consumer batteries are also outside the passport requirement.
What data must the battery passport contain?
The content is defined in Article 77 and Annex XIII of the Battery Regulation: battery model and identification information, carbon footprint (once the methodology acts are adopted), recycled content shares, performance and durability data, chemistry, hazardous substances and dismantling information.
Is the battery passport per model or per individual battery?
Per individual battery. Each unit needs its own passport with a unique identifier, accessed via a QR code on the battery — one shared page per model is not enough.

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