What is the EU Battery Regulation and who does it affect?
Regulation (EU) 2023/1542 covers batteries sold alone, inside products or with products — so most consumer electronics brands are battery producers. What already applies (registration, take-back, labelling, removability) and what the February 2027 digital battery passport will require.
The EU Battery Regulation (Regulation (EU) 2023/1542) is the most far-reaching battery legislation in the world, and it affects far more businesses than battery manufacturers. If you sell anything containing a cell — a toothbrush, a wireless earbud, a power bank, a cordless tool, an e-bike, a toy with a coin cell — you are in scope.
It has applied since 18 February 2024, replacing the old Batteries Directive, and it phases in obligations through 2027 and beyond. The headline future milestone is the digital battery passport in February 2027.
What the regulation covers
Five categories, each with different rules:
- portable batteries — the cells in consumer electronics and appliances;
- light means of transport (LMT) batteries — e-bikes, scooters, and similar;
- electric vehicle batteries;
- industrial batteries;
- starter batteries for vehicles (SLI).
Importantly, the regulation applies to batteries whether sold on their own, inside a product, or with a product. Selling a product with an embedded, non-removable cell does not take you out of scope — it changes which obligations apply.
Who it affects
Producers, meaning whoever first places batteries on the market in a Member State under their own name or trademark; importers; distributors; and, for many obligations, whoever manufactures or brands the product containing the battery. If you import consumer electronics from outside the EU and sell them under your brand, you are a battery producer for the cells inside them.
There are also duties for economic operators handling waste batteries, and for online marketplaces, which must verify that sellers using them are registered as battery producers.
What already applies
Producer registration. You must be registered as a battery producer in each Member State where you place batteries on the market, and appoint an authorised representative where you are not established there. This runs alongside your packaging and WEEE registrations — same shape, separate register.
Take-back and collection. Producers finance and organise collection of waste batteries, with rising collection targets for portable batteries. In practice this means joining a national compliance scheme.
Labelling and marking. Batteries carry the separate collection symbol, capacity and chemistry information, and the crossed-out wheeled bin marking where applicable. Cadmium, lead and mercury content must be indicated where present above the specified thresholds.
Restricted substances. Limits on mercury, cadmium and lead apply, with specific derogations. If you cannot state the position for the cells inside your products, ask your supplier in writing.
Removability and replaceability. The regulation strengthens the requirement that portable batteries in appliances be readily removable and replaceable by end users, with limited exceptions. This is a design obligation with real product-development consequences and it overlaps with Right to Repair expectations.
Performance and durability information. For rechargeable portable batteries and LMT batteries, information about performance and durability must be provided.
What is coming
| Milestone | Approximate timing |
|---|---|
| Digital battery passport for LMT, industrial (over 2 kWh) and EV batteries | February 2027 |
| Carbon footprint declarations phasing across categories | 2025 onwards by category |
| Due diligence obligations on raw material supply chains | Phased, with thresholds |
| Recycled content minimums for cobalt, lithium, lead and nickel | From 2031, rising 2036 |
| Higher collection and recovery targets | Progressive to 2031 |
The February 2027 battery passport is the milestone to plan around now, because it requires a data structure, not a document. Each battery in scope gets a unique identifier, a QR code carrier and a record covering composition, carbon footprint, performance, durability and end-of-life information, accessible to different audiences at different levels of detail.
Note what the passport is not: it is not a marketing page, and it is not something you can assemble the week before. The data comes from cell suppliers, and getting a supplier to commit to a carbon footprint figure takes months.
How it connects to the wider picture
The battery passport is the first large-scale digital product passport in EU law, and its architecture — unique identifier, machine-readable carrier, tiered audience access, persistence obligations — is the template the wider Digital Product Passport regime under the Ecodesign for Sustainable Products Regulation is following for textiles, electronics and other categories. Businesses building battery data now are building the capability they will need again.
There is also overlap with packaging (the PPWR and national EPR), with electricals (WEEE registration), with GPSR safety documentation, and with EmpCo where you make environmental claims about the battery or the product.
Safety, transport and the rest of the picture
Battery compliance is not only the Battery Regulation. Lithium cells are dangerous goods in transport, which brings UN 38.3 test summaries and packaging and labelling rules for shipment; those documents are also what a marketplace or freight partner will ask for first. Product safety sits under GPSR and, for most powered goods, sector legislation with CE marking. Chargers and wireless functions bring their own conformity routes. And any claim about battery life, charge cycles or environmental performance falls under the EmpCo rules on substantiation.
The practical consequence is that the cell supplier's document pack — test summaries, safety data, chemistry and capacity declarations, substance statements — is load-bearing for several regimes at once. Collect it as a condition of purchase rather than requesting it when something goes wrong.
If you sell products with batteries, do this now
1. Inventory your cells. Which SKUs contain batteries, what chemistry, what capacity, removable or not, and who supplies them. Most brands do not know this at portfolio level.
2. Check your registrations. Battery producer registration in every market you sell into, with representation where you are not established. Verify rather than assume, particularly in markets added recently.
3. Verify labelling. Collection symbol, capacity, chemistry and heavy-metal indications on the batteries and, where relevant, the product and packaging.
4. Test removability honestly. Can an end user replace the cell with commonly available tools, without damaging the product? If not, know which derogation you rely on.
5. Open the supplier conversation about data. Carbon footprint methodology, recycled content, and whether they can supply the identifiers and datasets the 2027 passport needs. Long lead time, so start it before the requirement is formal.
6. Check take-back arrangements. Consumers must be able to return waste batteries free of charge; your scheme membership should cover this and your customer communications should say how.
Where battery duties interact with your other registrations
Batteries add a third register alongside packaging and electricals in most countries, and the three are administered separately even where one organisation offers all of them. Germany runs LUCID for packaging, stiftung ear for electricals and a battery register; France issues separate unique identifiers per stream. The consequence is administrative rather than conceptual: the same product can require three registrations and three reports in a single market, each with its own frequency.
The dataset that satisfies all of them is the same one: per SKU, the weight and material of packaging components, the weight and chemistry of the cell, and the weight and category of the electrical assembly. Build it once, at product-introduction time, and each scheme's report becomes a query rather than a project.
The common misconceptions
"We do not sell batteries." You sell products containing them; you are a producer for those cells.
"The battery is built in, so it does not count." Embedded cells are in scope, and removability rules may apply.
"Our supplier is registered." Their registration covers what they place on the market, not what you place under your brand.
"The passport is 2027, so it is a 2027 problem." The data collection is a 2026 problem.
Educational information only, not legal advice. Category thresholds, derogations and national registration requirements are detailed — confirm your position with a qualified advisor.
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Compliance guidance based on published EU regulatory texts. Not legal advice. Consult qualified counsel for your specific situation.