EU Batteries Regulation Compliance

Create one classification record per battery model before assigning controls. Regulation (EU) 2023/1542 covers portable, light means of transport (LMT), starting, lighting and ignition (SLI), industrial, and electric vehicle batteries; stationary battery energy storage systems fall within the industrial category, and category drives which sustainability, passport, removability, collection, and take-back duties apply.

Separate the product-law economic operator role from the waste-law producer role. A manufacturer, authorised representative, importer, distributor, or fulfilment service provider may hold market-placement duties, while a producer is the person first making batteries available in a Member State or selling by distance contract into that Member State.

Conformity work should be tied to the exact requirements being assessed. Article 17 and Annex VIII assign modules according to the requirements assessed and whether the battery is manufactured in series. Chapter VII due-diligence verification follows Article 51 separately; it is not completed through Module A, D1, or G.

Module A is internal production control by the manufacturer. Module D1 uses quality assurance of the production process, and Module G uses unit verification. D1 and G involve a notified body; the requirements being assessed and whether production is in series determine which routes are available.

The EU declaration of conformity is not a marketing statement. It must state that compliance with the relevant requirements has been demonstrated, follow the Annex IX model structure, stay up to date, and be available in the required language. CE marking must be visible, legible, and indelible on the battery, or on packaging and accompanying documents where the battery nature makes that necessary.

For Article 7 and 8 assessments, Article 96 delays Article 17(2) until 12 months after the first publication of the Article 30(2) notified-body list. Record that publication date alongside the category-specific Article 7 or 8 application trigger before requiring Module D1 or G for those duties.

The technical file should let a reviewer trace a battery model from design and manufacturing evidence to the applicable Articles. Annex VIII expects technical documentation to cover design, manufacture, operation, risk analysis, drawings, descriptions, label specimens, standards or common specifications used, test reports, and supporting studies where carbon-footprint or recycled-content obligations apply.

Do not split sustainability evidence away from the product file. Carbon-footprint values, performance classes, recycled-content shares, electrochemical performance, durability, stationary-storage safety, label data, and QR/passport data must be controlled with versioned inputs and owners because they can be checked through conformity assessment, notified-body audits, market surveillance, and later passport access.

The ownership split below is a suggested internal arrangement. Assign named people to these functions and record who approves changes; the Regulation assigns legal duties to economic operators rather than prescribing these department names.

Labels and digital data need one source of truth. Article 13 links physical labels and QR codes to information such as battery components, recycled content, separate collection symbols, hazardous substances, declaration of conformity, due-diligence reports, waste-prevention information, and, for LMT, industrial batteries over 2 kWh, and EV batteries, the battery passport.

Use the correct trigger for each information control. The separate-collection symbol has applied since 18 August 2025. General, capacity, and non-rechargeable labels apply from 18 August 2026 or 18 months after the relevant implementing act enters into force, whichever is later. QR codes and passports start on 18 February 2027.

Removability is a design and serviceability requirement, not only a label note. Portable batteries incorporated into appliances must be removable and replaceable by end users, subject to the Regulation's stated exceptions, and LMT batteries must be replaceable by independent professionals. The Commission Notice on removability and replaceability should be used to structure evidence for tool access, spare parts, compatible batteries, safety, data integrity, and any derogation relied on.

From 18 August 2027, battery due diligence applies to in-scope economic operators that place batteries on the market or put them into service, subject to the Regulation's turnover and reuse-related exclusions. Regulation (EU) 2025/1561 postponed that start date. It is a management-system obligation covering raw-material and secondary-raw-material risks, not a one-time supplier questionnaire.

The operating file should show the policy, top-management responsibility, supplier communication, chain-of-custody or traceability controls, supplier contract clauses, grievance or early-warning mechanisms, risk assessment, risk response, third-party verification, and public disclosure. The Regulation expects documentation, including verification and audit reports, to be retained for 10 years after the last battery manufactured under the relevant due-diligence policy has been placed on the market.

Compliance does not end at CE marking. Producers and producer responsibility organisations must handle registration, collection systems, take-back, end-user information, reporting, and delivery to permitted facilities. Distributors also have take-back duties and online platforms must obtain producer registration and self-certification information when they allow consumer distance contracts.

Waste-battery evidence needs chemistry, category, Member State, collection route, and treatment route. Regulation (EU) 2025/606 adds harmonised calculation, verification, and documentation formats for recycling efficiency and recovery of cobalt, copper, lead, lithium, and nickel, so recyclers and producer-responsibility teams need traceable inputs, output fractions, first-recycler records, and competent-authority reporting logic.