# EU Batteries Regulation: what importers must know
Short answer: Regulation (EU) 2023/1542 covers portable, industrial, EV, light-means-of-transport and starter batteries, including batteries incorporated into products, so it reaches any product containing a battery. Importers face substance restrictions and labelling duties, phased carbon-footprint declarations and recycled-content minimums, removability rules, and the battery digital product passport.
Key facts
- Regulation (EU) 2023/1542 entered into force on 17 August 2023, with application from 18 February 2024 and phased requirements rolling out through 2031.
- It covers portable, industrial, electric-vehicle, light-means-of-transport (LMT) and starter batteries, including batteries incorporated into appliances and other products.
- Batteries face restrictions on mercury, cadmium and lead, plus labelling on capacity, chemistry, and separate-collection marking that must survive the battery's expected lifetime.
- Carbon footprint declarations phase in for EV, industrial and LMT batteries; minimum recycled-content levels for cobalt, lead, lithium and nickel apply from 2031.
- Portable batteries in appliances must be removable and replaceable by the end user; LMT batteries must be removable and replaceable by independent professionals, subject to defined derogations.
- From 18 February 2027, the battery passport must be accessible via a QR code on the battery, carrying the regulated data set.
- Economic operators must run supply-chain due diligence for key raw materials and join extended producer responsibility schemes for collection and recycling.
1. Scope is deliberately broad
Regulation (EU) 2023/1542 applies to all categories of batteries placed on the EU market: portable batteries, industrial batteries, electric vehicle batteries, light-means-of-transport batteries (such as those in e-bikes and e-scooters), and automotive starter batteries. Crucially, it covers batteries incorporated into products as well as standalone batteries. If your product contains a battery, whether a button cell in a toy, a lithium pack in a power tool, or the traction battery in an e-bike, the regulation reaches you.
For importers, the first task is classification: identify every battery in every product, classify each by the regulation's categories, and record the classification in the compliance file. A product with two battery types (for example, a portable battery plus a backup cell) creates two compliance tracks. The old Batteries Directive 2006/66/EC is being repealed and replaced by this regulation, so legacy compliance work under the directive needs to be migrated to the new framework, not assumed to carry over.
2. Substance restrictions and labelling
Batteries face restrictions on mercury, cadmium and lead, continuing and extending the substance controls of the previous directive. Beyond restrictions, the regulation imposes detailed labelling duties: batteries must be labelled with information including capacity, chemistry, and the separate-collection symbol, and labels must remain legible for the battery's expected lifetime. For an importer, label durability is a design and manufacturing question to settle with the factory, not a sticker applied at the warehouse.
Build labelling verification into incoming goods inspection: check the presence, content and durability of battery labels on a sampling basis, and keep photographic records. A shipment with missing or illegible battery labels is a compliance failure at the border, and relabelling after the fact is rarely practical for batteries already incorporated into sealed products.
3. Carbon footprint and recycled content: phased duties
The regulation introduces carbon footprint declarations for EV, industrial and LMT batteries, phased in over time, and minimum recycled-content levels for cobalt, lead, lithium and nickel in certain batteries from 2031. These are supply-chain duties in practice: the importer must obtain carbon and material-composition data from upstream suppliers, often several tiers up, and the data must be credible enough to support a formal declaration.
Supply-chain data collection starts well before the deadlines. Map the battery supply chain now: cell manufacturer, pack assembler, cathode and anode material sources, and the smelters and refiners for the regulated metals. Put data-provision clauses in supplier contracts, specifying the format, the update frequency, and the evidence behind the numbers. Suppliers that cannot provide carbon and recycled-content data today will not be able to provide it on the eve of the deadline either; qualify alternative sources early.
4. Removability and replaceability
Portable batteries incorporated in appliances must be designed so they can be readily removed and replaced by the end user during the product's lifetime. LMT batteries must be removable and replaceable by independent professionals. These are design duties that fall primarily on manufacturers, but importers must verify them: an appliance with a glued-in portable battery that the end user cannot remove is non-compliant, and the importer's defence of "the factory designed it" does not survive contact with a market surveillance authority.
The regulation provides for derogations from the removability and replaceability requirements in defined cases (Article 11(2) establishes derogations for portable batteries incorporated in products), with a Commission process for further derogations. If your product relies on a derogation, document the legal basis precisely and keep the evidence that the conditions are met. Design choices made now determine compliance for the product's whole market life; a redesign forced by a removability finding is far more expensive than designing for removal from the start.
5. The battery passport: QR-accessible from 18 February 2027
From 18 February 2027, batteries covered by the passport requirement must carry a QR code giving access to the battery passport: a structured, machine-readable data set defined by the regulation, covering the battery's characteristics, materials, carbon footprint, recycled content, and compliance information. The passport is accessed by scanning the code on the battery; the data itself is held in decentralised systems, with the Commission's Digital Product Passport Registry providing the infrastructure for registering unique identifiers and associated metadata.
For importers, the passport is a data pipeline project, not a labelling project. The data set draws on the same supply-chain information as the carbon and recycled-content duties, plus product identifiers and compliance references. Build the pipeline early: unique product identifiers, a data-carrier strategy (QR codes sized and placed for the battery's lifetime), and a hosting or service-provider arrangement that keeps the passport available for the required period. Retrofitting passport data onto products already in the market is expensive and, for the 2027 deadline, may be impossible for stock already shipped. The Commission has launched the DPP Registry with a testing environment; use it to validate your approach before the deadline.
6. Due diligence and extended producer responsibility
Economic operators must carry out supply-chain due diligence for key raw materials used in batteries, covering the social and environmental risks in the extraction and processing chain. This means a documented due diligence system: a policy, risk assessment procedures, mitigation measures, and record-keeping, aligned with the regulation's requirements. It is a management-system duty, not a one-off report, and it must be maintained and updated.
Separately, producers must join extended producer responsibility (EPR) schemes for the collection, treatment and recycling of waste batteries in each member state where they place batteries on the market. Producer registration is national: selling battery-containing products in Germany, France and Spain means EPR arrangements in each country. Clarify in writing who holds the producer duty in your supply chain (manufacturer, importer, or authorised representative), because the duty follows the party placing the batteries on the national market, and unregistered sales are a standard enforcement target.
| Duty | Applies from | What the importer must do |
|---|---|---|
| Substance restrictions (Hg, Cd, Pb) | In force; phased application | Verify compliance; hold supplier declarations and test evidence |
| Labelling (capacity, chemistry, separate collection) | Phased | Verify labels present, correct and durable at incoming inspection |
| Removability / replaceability | Phased (from 2027 for portable batteries in appliances) | Verify product design; document any derogation relied upon |
| Carbon footprint declaration | Phased for EV, industrial, LMT batteries | Collect supply-chain carbon data under contract now |
| Recycled content minimums (Co, Pb, Li, Ni) | From 2031 | Secure material-composition data from the supply chain |
| Battery passport via QR code | 18 February 2027 | Build data pipeline; register identifiers; validate in the testing environment |
| Supply-chain due diligence | Phased | Implement documented due diligence system for key raw materials |
| Extended producer responsibility | National schemes | Join EPR schemes in each member state of sale |
Frequently asked questions
My product just contains a small button cell. Does the regulation apply?
Yes. The regulation covers batteries incorporated into products, including small portable batteries. The specific duties that bite depend on the battery's classification, but there is no de minimis exemption based on size alone. Classify the battery and work through the applicable duties.
Who is the producer for EPR purposes when I import from outside the EU?
The producer duty generally falls on the party first placing the batteries on the market in each member state, which for direct imports is typically the importer. Put this in writing with your supply chain partners, and register with EPR schemes in each member state of sale; do not assume the overseas manufacturer has covered it.
What data do I need from suppliers for the battery passport?
Product identifiers, materials and substances, carbon footprint data, recycled content data, and compliance documentation references, structured so they can feed the passport's regulated data set. Much of this must come from upstream suppliers, which is why data-provision clauses belong in supplier contracts now.
Can I rely on a derogation from the removability requirement?
Only where the regulation provides one and your product meets its conditions. Article 11(2) establishes derogations for portable batteries incorporated in products in defined cases, and the Commission runs a process for further derogations. Document the legal basis and the evidence; a derogation is a legal position to defend, not an assumption.
How does the battery passport relate to the ESPR digital product passport?
The battery passport under Regulation 2023/1542 is the most concrete and earliest product passport, with its 18 February 2027 deadline. The Ecodesign for Sustainable Products Regulation extends the passport concept to further product groups via delegated acts. Build one data capability that can serve both.
What happens to compliance work done under the old Batteries Directive?
The Batteries Directive 2006/66/EC is being repealed and replaced by the new regulation. Legacy substance controls and labelling work provide a foundation, but the new duties (carbon footprint, recycled content, passport, due diligence) have no equivalent under the old directive and must be built fresh.
Official sources
- EU batteries rules: Regulation (EU) 2023/1542 overview (European Commission)
- Digital Product Passport Registry launch (European Commission)
Last verified
September 2026. Dates verified: entry into force 17 August 2023; passport via QR code from 18 February 2027. Thresholds and data sets phase in; confirm the consolidated regulation text and the delegated acts before committing to a design.