EU Battery Passport for SMEs: What to Prepare Before 18 February 2027

On 18 February 2027, an EV battery, an LMT battery or an industrial battery above 2 kWh placed on the EU market without a battery passport becomes a battery you cannot legally sell (Article 77(1) of Regulation (EU) 2023/1542). As of 26 September 2026, that deadline is less than five months away, and it lands the same way on a 40-person cell assembler as on a multinational. The EU battery passport for SMEs is often framed as a large-enterprise problem, yet the smaller you are, the less slack you have to absorb a missed deadline. This post covers what the passport actually is, which batteries are in scope, the data you will need to assemble, what changes if you sit outside the EU, and a realistic path to readiness that does not require a compliance department you do not have.

What the EU battery passport for SMEs actually requires

The battery passport sits inside Regulation (EU) 2023/1542, the EU Batteries Regulation. Article 77 of the Regulation establishes the battery passport: an electronic record, unique to each battery, accessible electronically. A QR code links to that record. It must be printed or engraved visibly, legibly and indelibly on the battery or, where that is not possible or not warranted because of the battery’s nature and size, affixed to its packaging and accompanying documents; the labelling and QR code requirements are set under Article 13 (Article 13(6) and (7)). The Regulation requires that the passport applies from 18 February 2027.

In plain terms, each in-scope battery must carry a QR code that resolves to a structured digital record. Some of that record is public, some is restricted to specific actors such as repairers, recyclers, and regulators. The passport is not a marketing page. It is a regulated data object with defined fields and defined access tiers.

For an SME, the practical weight is less about the concept and more about the operational reality: you need verified data from your own production and from your suppliers, structured to a common schema, and you need it for every battery model, not a representative sample.

Public versus restricted data

• Public data, such as manufacturer identity, battery category, and material composition at a general level, is visible to anyone who scans the code.
• Restricted data, including detailed composition and dismantling information, is accessible only to persons with a legitimate interest, which Article 77(2) ties to the needs of repairers, remanufacturers, second-life operators and recyclers, and to notified bodies, market surveillance authorities and the Commission (Article 77(2) and Annex XIII, point 2).

Getting this split right matters. Over-exposing restricted fields creates commercial and legal risk; under-exposing required public fields creates a compliance gap. A passport platform should enforce the tiering for you rather than leave it to a spreadsheet.

Which batteries are in scope, and the carbon-footprint catch

Not every battery triggers the passport. The Regulation defines three in-scope categories:

1. Electric vehicle (traction) batteries.
2. Light means of transport (LMT) batteries (Article 3(1), point (11)): sealed batteries of 25 kg or less designed to power the traction of wheeled vehicles such as e-bikes and e-scooters.
3. Industrial batteries with a capacity above 2 kWh.

These thresholds are the headline cases. If your product sits near a boundary, for example a sub-2 kWh industrial pack or an LMT pack near the 25 kg weight limit, confirm scope against the Regulation text and your conformity assessment before you assume you are exempt. Our EU Batteries Regulation overview covers the category boundaries and timelines.

If you place any of these on the EU market or put them into service, whether as the manufacturer or as the importer, the passport obligation applies to you from 18 February 2027 (Article 77(1) and (4)). The category matters because data expectations and labelling differ, and because the carbon-footprint requirements phase in on their own product-specific timelines.

The carbon-footprint declaration

One requirement smaller manufacturers can easily underestimate is the carbon-footprint declaration. Annex II of the Regulation sets out only the essential elements of the calculation; the calculation and verification methodology itself is to be laid down in a Commission delegated act (Article 7(1)), which has not been adopted as of 26 September 2026. It is a life-cycle calculation that depends on data across the value chain, not a single number you can guess. It draws on supplier-level data you may not currently collect: the origin and processing energy of cathode materials, the electricity mix at your cell production site, and more.

The honest takeaway for SMEs is that carbon-footprint data has the longest lead time of anything in the passport, even though the declaration is not yet due. Under Article 7(1) it applies 12 months after the later of the Commission’s methodology delegated act and format implementing act enters into force for EV batteries, and 18 months after for rechargeable industrial and LMT batteries, though not before 18 August 2028 for LMT batteries or 18 August 2030 for rechargeable industrial batteries with external storage. As of 26 September 2026 neither act has been adopted, and the Commission’s guidance document, Digital Batteries Passport data points by category (Version 2.0, 15 August 2026), marks the declaration as not to be filled or displayed as of February 2027. Gathering supplier inputs now gives you room to verify them before it applies. The obligations break down by category and timeline in the EU Batteries Regulation.

The data you need: Annex XIII and the QR code

The content of the passport is defined in Annex XIII of the Regulation. It is an extensive list spanning general product information, composition, performance and durability parameters, supply-chain due-diligence references, and recycling-relevant data. For a single battery model, you are looking at dozens of structured fields, each needing a verifiable source.

This is where the work lives. Most of these fields are not sitting in one system. They are spread across product datasheets, supplier declarations, test reports, and material certificates, often as PDFs in email threads. Assembling them by hand, per model, is the bottleneck.

The data carrier and GS1 Digital Link

The passport is reached through a data carrier on the battery. The Regulation addresses labelling and the data carrier under Article 13, with the electronic accessibility of the passport itself under Article 77. One way to build the web address the QR code carries is GS1 Digital Link, a GS1 standard for writing GS1 identification keys, such as a product’s GTIN, into web addresses, so that a scan resolves to the passport. Whichever scheme you use, the QR code and the unique identifier must comply with the ISO/IEC 15459 standards, parts 1 to 6, or their equivalent (Article 77(3)). One scan, one record. Building these correctly, so a regulator or recycler reaches the right structured data, is a technical step you should not improvise.

Where AI shortens the manual work

Because so much Annex XIII data starts life as documents, this is a strong fit for document intelligence. Traceable’s AI document intelligence reads supplier datasheets, test reports, and certificates and extracts the relevant fields into the passport schema. Where the documents you already hold state the values, the AI pre-fills the matching Annex XIII fields, so work that is hours of manual entry per model can come down to minutes. Actual savings depend on how clean your source documents are. You review and approve the extracted fields; you do not retype them. A compliance gap score then shows exactly which required fields are still missing before you publish.

If you sell into the EU but manufacture outside it

The most common assumption we hear from non-EU manufacturers is “my EU importer will handle the passport.” Legally, that is where the duty sits: when a battery made outside the EU is imported, the importer is the economic operator placing it on the EU market (Article 3(1), point (64)), and from 18 February 2027 that operator must ensure the battery has a passport whose information is accurate, complete and up to date (Article 77(1) and (4) of the Regulation). Appointing an authorised representative does not move the duty, because a representative’s mandate covers only the manufacturer’s obligations under Chapters IV and VI (Article 3(1), point (63)), and the passport sits in Chapter IX. But responsibility for the obligation is not the same as ownership of the data. Your importer cannot invent composition or carbon-footprint figures it does not have. You are the only source.

In practice your importer will refuse the shipment until you hand over passport-ready data, so the work lands on your desk either way, just later and under more time pressure. Non-EU SMEs should treat passport readiness as a commercial prerequisite for their EU channel, not an optional extra.

What non-compliance costs

Penalties are set under Article 93. The Regulation does not name a single fine figure; instead it requires member states to lay down penalties that are effective, proportionate, and dissuasive. The real exposure for an SME is rarely just a fine. It is market access. A battery without a valid passport cannot lawfully be placed on the EU market after the applicability date, which means blocked shipments and lost customers long before any penalty is assessed.

How the EU battery passport connects to the wider DPP picture

The battery passport is the first major Digital Product Passport to go live, but it is not the last. The broader framework comes from the Ecodesign for Sustainable Products Regulation, Regulation (EU) 2024/1781 (ESPR), which establishes the Digital Product Passport as a general instrument across many product groups through delegated acts on their own timelines.

ESPR also establishes a central EU registry for passports under Article 13 of the ESPR, which required the Commission to set it up by 19 July 2026. The registry is now open for economic operators to enrol, but as of 26 September 2026 it does not yet accept battery registrations. You can read more on our EU central registry page. For an SME, the strategic point is this: the systems you build for the battery passport are the same systems you will reuse for whatever ESPR product rules touch your other lines later. Treating compliance as a one-off project for one regulation is the expensive path. Treating it as a reusable capability is the efficient one, which is exactly why Traceable runs one engine across the EU regulations it supports rather than a separate tool per rule. Our regulatory hub explains the EU regulations that bear on digital product passports; the platform itself supports battery and textile passports today.

A realistic readiness plan for SMEs

You do not need to solve everything at once. A sequenced approach works:

• Confirm scope. Identify which of your models are EV batteries, LMT batteries or industrial batteries with a capacity above 2 kWh; the passport requirement applies to all three from the same date, 18 February 2027 (Article 77(1)).
• Inventory your data. Map Annex XIII fields against what you already hold and flag the gaps, especially carbon-footprint inputs that depend on suppliers.
• Engage suppliers early. The data you are missing usually sits upstream. A supplier portal lets them answer your data requests and upload their declarations, with a record of which supplier provided what; you review each response and carry the values you accept into your passport.
• Generate and validate. Produce the GS1 Digital Link QR, structure the record, and run schema and structure validation so the passport is well-formed before it goes public. This is structural validation, not authenticity certification.
• Open verifier access. Give regulators and recyclers the restricted-tier access the Regulation expects.

Each of these steps maps to something the platform does for you: gap scoring tells you what is missing, the supplier portal collects upstream data without email chasing, AI extraction proposes values for you to approve, and QR generation and verifier access are built in. The sequence is the same whether you do it on spreadsheets or in Traceable; the difference is how much of it you do by hand. You can walk this path step by step in our how it works guide, and see it applied to your sector on the battery passport for your sector page.

The EU battery passport for SMEs applies from 18 February 2027, it covers EV batteries, LMT batteries and industrial batteries above 2 kWh (Article 77(1)), and it reaches non-EU makers through their EU importers. Carbon-footprint data has the longest lead time, even though the declaration applies only after the Commission’s methodology and format acts are adopted and in force (Article 7(1)): it depends on supplier inputs you may not collect today, and those suppliers need time to respond and verify. Working back from 18 February 2027, manufacturers who begin supplier outreach in 2026 give themselves the best chance of shipping without disruption. Traceable turns supplier documents into a structured, validated passport with AI-assisted extraction, gap scoring, and GS1 Digital Link QR generation. See your own documents become a structured passport: start a free battery passport pilot, no commitment. AI document extraction is billed separately, based on the number of documents processed.