- Supports the Commission summary that due diligence targets social and environmental risks linked to sourcing, processing, and trading lithium, cobalt, nickel, and natural graphite.
"social and environmental risks"
This checklist helps turn Regulation (EU) 2023/1542 into release, sourcing, labelling, passport, and waste-battery controls.
It is written for teams placing batteries, products with batteries, or second-life batteries on the EU market.
Structured answer sets in this page tree.
Cited legal and guidance references.
The Batteries Regulation combines product, sustainability, due diligence, and waste-battery rules. Start with the battery category and operator role, then check the product requirements, conformity route, information obligations, supply-chain controls, and end-of-life responsibilities that attach to those facts.
Classify each SKU before assigning controls. The regulation applies across portable batteries, LMT batteries, SLI batteries, industrial batteries, and electric vehicle batteries, including batteries incorporated into appliances, light means of transport, or other vehicles.
Check the narrow Article 1 exclusions before classifying. The Regulation does not apply to batteries incorporated into, or specifically designed for, equipment connected with Member State essential security interests, arms, munitions or war material, except products not intended for specifically military purposes, or equipment designed to be sent into space. For equipment specifically designed for nuclear-installation safety, only Chapters III and VIII are excluded; that is not a blanket exclusion from the Regulation.
Then identify every role in the EU supply chain. A party can become the manufacturer for this regulation if it places a battery on the market under its own name or trademark, modifies a battery in a way that can affect compliance, or changes the battery purpose. Economic operators placing prepared-for-reuse, prepared-for-repurposing, repurposed, or remanufactured batteries on the market have separate duties under Article 45.
Build the technical file around the requirements that actually apply to the category. Do not treat CE marking as a standalone label task; it follows from technical documentation and the correct conformity assessment procedure.
Use harmonised standards or common specifications where they cover the relevant requirement. If a notified body is needed for the selected module, keep the body identification, certificate, reports, and any corrective-action record with the release file.
This checklist helps connect each battery category, operator role, conformity route, label, passport field, supplier record, and waste obligation to maintained evidence.
Answer EU Batteries Regulation implementation questions with cited source material.
Review category scope, CE evidence, passport readiness, due diligence, and waste-battery records with Sorena.
Information controls need their own release gate because the label, QR code, declaration of conformity, due diligence report, waste information, and passport can point to different systems. The checklist should prove that public, restricted, and authority-facing information is accurate and kept current.
For products incorporating portable batteries or LMT batteries, review the mechanical design, instructions, spare-parts plan, and software behavior before release. Article 11 focuses on the whole battery for portable batteries and on the battery and individual cells in an LMT battery pack.
Keep the dates separate. The separate-collection symbol has applied since 18 August 2025. The general, capacity, and non-rechargeable labels apply from 18 August 2026 or 18 months after the Article 13(10) implementing act enters into force, whichever is later. The QR-code and battery-passport duties start on 18 February 2027.
Do not assume every operator has the same due diligence obligation. First check the current Chapter VII scope, turnover and group exclusions, battery status, and Regulation (EU) 2025/1561, which postponed the obligation date to 18 August 2027. Where Chapter VII applies from that date, the evidence file should show the policy, supply-chain controls, risk assessment, third-party verification, and public reporting chain.
The due diligence file should be owned by sourcing and compliance together because the regulation requires supplier-facing controls, top-management oversight, risk-response measures, and downstream/public disclosure.
Waste-battery duties are not just recycler duties. Producers, producer responsibility organisations, distributors, online channels, end-users, treatment facilities, waste operators, and first recyclers each generate records that may be needed to prove collection, treatment, recycling efficiency, material recovery, and user-information compliance.
Separate the controls by battery category and Member State because collection networks, producer registration, take-back arrangements, reporting, and competent-authority interactions are tied to the territory where batteries are made available.
Close the checklist with records that can answer authority, customer, recycler, supplier, and internal release questions without rebuilding the analysis from memory. Keep category-specific evidence together, and link each record to the battery model, manufacturing plant where relevant, market, and responsible owner.
When an obligation depends on a delegated or implementing act, keep the current legal trigger and source status in the evidence record instead of writing a fixed date into the checklist without source support.
"social and environmental risks"
"recycling efficiency and recovery"
"material recovery"
"removability and replaceability"
"applies to all batteries"
"CE marking"
"technical documentation"
"18 August 2027"
"Notification status"
"conformity assessment system"