From 18 February 2027, a battery without a compliant digital passport cannot legally be placed on the EU market. The obligation comes from Regulation (EU) 2023/1542 (Article 77), it covers EV, LMT, and industrial batteries, and it applies to manufacturers and importers alike. The EU battery passport 2027 deadline is written into the regulation itself, so it will not slip the way a target set by a future Commission decision could. This article sets out which batteries are covered, what data the passport must carry, who is legally responsible, and the practical steps to be ready in time.
The EU battery passport 2027 deadline, in plain terms
18 February 2027 is a hard statutory date written directly into Regulation (EU) 2023/1542. It is not subject to a separate Commission decision and it is not a target that phases in gradually. After that date, batteries in the covered categories that do not carry a compliant passport cannot be placed on the EU market. For the legal text, the authoritative source is Regulation (EU) 2023/1542 on EUR-Lex.
Some related requirements under the same regulation follow different timelines. Specific recycled content targets and carbon footprint performance classes have their own phased implementation dates, several of which depend on delegated acts the Commission has yet to adopt. Do not confuse those phased targets with the passport itself. The passport deadline of 18 February 2027 is confirmed. For the full scope of obligations, including performance, labelling, and end-of-life rules, see our overview of the EU Battery Regulation 2023/1542.
Which batteries need a passport
Article 77 covers three battery categories:
- All EV (traction) batteries, regardless of capacity
- All light means of transport (LMT) batteries, defined in Article 3(11) as sealed batteries of 25 kg or less for wheeled vehicles such as e-bikes and e-scooters
- Industrial batteries with a capacity above 2 kWh
Consumer batteries, and industrial batteries of 2 kWh or below, fall outside the Article 77 passport requirement. If you are unsure which category a product sits in, check it against the categories above (the 2 kWh floor applies to industrial batteries only) and cross-reference the Article 3(11) definition for LMT batteries. Document that assessment, because it is the first thing a market surveillance authority will ask you to justify.
What the passport must contain
Annex XIII of the regulation sets out the required data fields. Every battery passport must include, among others:
- Battery identification and manufacturer details: unique identifier, model, manufacturing location, and the economic operator responsible for placing the battery on the market
- Carbon footprint declaration: a lifecycle carbon footprint figure calculated using the methodology set out in Annex II
- Recycled content percentages: declared shares of recycled cobalt, lithium, nickel, and lead in active materials
- State of health parameters: data that allows assessment of remaining capacity and performance over the battery’s life
- Hazardous substance declarations: disclosure of substances of very high concern (SVHC) present above 0.1% weight by weight, consistent with the threshold under REACH (Regulation (EC) 1907/2006)
- Supply chain due diligence documentation: records showing that raw material sourcing meets the due diligence requirements in the regulation
Each category demands active data collection from your supply chain. Recycled content figures come from your material suppliers. The carbon footprint declaration rests on a full lifecycle assessment. SVHC disclosures need chemical data from every tier where the 0.1% w/w threshold could be crossed. None of it can be estimated or assumed. It must be documented and verifiable, which is why most manufacturers underestimate how long the data-gathering phase takes.
How the passport is accessed
The regulation requires the passport to be electronically accessible through a data carrier, in practice a QR code, printed on the battery or its packaging. That data carrier must follow the GS1 Digital Link standard, so the code resolves to a structured digital record rather than a static PDF or a generic product webpage. The standard defines how the embedded URL is formatted so that authorised parties, including customs authorities, recyclers, and market surveillance bodies, can retrieve specific data fields programmatically. A GS1 Digital Link QR code lets one code serve both the consumer-facing view and the authority and recycler-facing data through the same identifier, which is exactly why a static PDF behind a QR code fails the requirement. You can read more in our explainer on the GS1 Digital Link standard.
In short, you need a backend capable of hosting passport data in a structured format and linking it to a unique, persistent identifier for each battery unit, with a QR code that stays legible throughout the battery’s life.
Who is legally responsible
The obligation falls on the economic operator that places the battery on the EU market. For a manufacturer based inside the EU, that is the manufacturer. For a manufacturer based outside the EU, Article 4 transfers the obligation to the importer. The importer becomes the responsible party and must ensure the passport is complete and compliant before the battery enters the EU market.
This reshapes supply chain contracts. If you are a European importer sourcing batteries from a maker in Asia or North America, you cannot lean on that maker to handle compliance for you. The liability is yours. You need contractual terms that require your supplier to deliver all the Annex XIII data in a format you can actually use to build and maintain the passport. Authorised representatives may act on behalf of non-EU manufacturers in certain cases, but where none has been formally appointed, the importer remains the default responsible party under Article 4.
Where the battery passport sits in the wider DPP picture
The EU battery passport 2027 deadline is the first binding Digital Product Passport deadline, but it is not the last. The Ecodesign for Sustainable Products Regulation, Regulation (EU) 2024/1781 (ESPR), establishes a horizontal digital product passport framework and, under its Article 13, a central EU registry that the Commission is to set up by 19 July 2026. Product-specific DPP rules will then arrive through delegated acts, group by group, on their own timelines.
The practical takeaway: the data discipline you build for batteries is reusable. A platform designed around one regulation will leave you re-tooling for the next. Read more about the ESPR framework to see how the battery passport fits the broader trajectory.
Preparing for the EU battery passport 2027 deadline: a step-by-step plan
Working backwards from the deadline, here is a practical sequence:
- Confirm which products are in scope. Check each battery’s capacity against the Article 77 thresholds and record your assessment.
- Map your supply chain data requirements. Identify which suppliers must provide recycled content data, carbon footprint inputs, SVHC declarations, and due diligence records. Every Annex XIII field needs a named source.
- Update supplier contracts. Add data-provision obligations for each Annex XIII field. Specify format, update frequency, and what happens when data is late or incomplete.
- Select a passport platform. You need a system that stores structured battery data, generates GS1 Digital Link QR codes, and maintains a persistent link between each physical unit and its digital record. Judge platforms on these technical requirements, not feature lists. If it helps to see those requirements demonstrated against a real battery, you can walk through them on a short demo (see below).
- Complete your lifecycle carbon footprint assessments. These take time. If you have not started, start now. The methodology sits in Annex II.
- Run a compliance check before go-live. Confirm that every required field is populated, the QR code resolves correctly, and the data is accessible to the parties who need it, including market surveillance authorities.
Common mistakes to avoid
Several errors are predictable from the structure of the regulation.
- Treating the passport as a document rather than a data system. A PDF behind a QR code does not meet the requirement. The passport must be a structured digital record reachable via a GS1 Digital Link URL, because authorities need to query specific fields, not read a file.
- Assuming your supplier will handle it. If you are an EU importer, Article 4 makes you responsible. A supplier’s willingness to cooperate is a commercial matter; your legal obligation is not conditional on it.
- Conflating the passport with CE marking. The battery passport is a separate obligation from conformity assessment. Both are required, but they involve different data and processes.
- Underestimating carbon footprint lead time. A battery lifecycle assessment needs primary data from multiple supply chain tiers. If your suppliers have not done this work, the declaration cannot be completed. Allow roughly 12 months if you are starting from scratch.
- Missing the SVHC threshold at sub-component level. Under REACH, the 0.1% w/w threshold applies to the concentration of an SVHC in any article within the battery, not the battery as a whole. A substance at 0.05% in the finished pack could still trigger disclosure if it exceeds 0.1% in a sub-component.
What happens if you miss the EU battery passport 2027 deadline
Under Article 89, the regulation requires member states to set penalties for non-compliance that are effective, proportionate, and dissuasive. The specific amounts are set nationally and vary across the EU, so there is no single figure to quote. Because penalties are set per member state, a non-EU manufacturer selling across several member states faces a patchwork of national enforcement regimes through its importers, rather than one harmonised penalty.
What is consistent across every member state is the market consequence: a battery without a compliant passport cannot be placed on the EU market after 18 February 2027. Customs and market surveillance authorities will check compliance at the point of import, and products that fail face refusal of entry or withdrawal from the market. That refusal is operational rather than financial. It stops the shipment, which is often the more immediate commercial risk than the penalty itself.
How Traceable helps you hit the deadline
Traceable is a digital product passport compliance platform built for EU importers and manufacturers placing EV, LMT, and industrial batteries on the market, the exact operators Article 77 names. Our AI-assisted extraction reads your existing supplier documents and auto-fills a large share of the Annex XIII fields, turning hours of manual Annex XIII data entry into minutes for clean documents, with a confidence score on every extracted value so you can see what to double-check (results vary with document quality). A compliance gap score flags every Annex XIII field that is still empty or unvalidated before you publish, so an incomplete passport cannot go live unnoticed.
Because the liability sits with you, Traceable gives you a supplier portal to request the recycled-content, carbon-footprint, and SVHC data each Annex XIII field needs directly from the suppliers who hold it, in a structured, auditable way. The gathering you mapped in step 2 happens inside one system, and you control the record even when the data originates upstream. We generate GS1 Digital Link QR codes, run schema and structure validation on the passport, and give verifiers and authorities controlled access to the record. One engine covers the battery passport today and the wider ESPR product passports as they arrive, so you build the data discipline once.
You can start on a free tier and map your first battery passport before committing to a paid plan, so you can validate the approach against your own data before any spend. Carbon footprint assessments alone can take around 12 months from a standing start. Counting back from 18 February 2027, the practical window to begin gathering supplier data is now, not next quarter. Start now, close your data gaps early, and the passport becomes a routine output rather than a last-minute scramble.
Two ways to start: book a 20-minute demo to see your own supplier documents auto-fill the Annex XIII fields, or begin free and map your first battery passport today.
