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Overview of the European Union Battery Regulations 2026
The European Union has introduced sweeping new rules to ensure batteries are more sustainable, safe, and circular.
The EU Battery Regulation (EU 2023/1542) came into force on 17 August 2023, replacing the 2006 Battery Directive. This regulation is directly applicable in all EU member states and covers virtually all types of batteries placed on the EU market, including:
Portable batteries
Automotive SLI batteries (Starting, Lighting, Ignition)
LMT batteries (e.g., e-bikes, e-scooters)
EV batteries (for electric vehicles)
Industrial batteries (e.g., energy storage)
Only a few specialised batteries (e.g., military, space, or nuclear) are exempt.
Below is an accessible overview of the current EU battery regulations, key upcoming changes, and what areas businesses need to focus on for compliance.
Why New Battery Rules?
Batteries sit at the centre of decarbonisation and electrification, from phones to cars to grid storage. The policy logic is that if battery demand explodes, the environmental and social impacts explode too, unless rules force better design, better sourcing, and better end of life handling. The European Commission’s current overview page summarises the scale of the demand shock as a 14 times increase in global battery demand by 2030, with the EU potentially accounting for 17% of that demand.
The Regulation covers the entire battery lifecycle:
Raw material sourcing.
Manufacturing.
Placing on the market.
Use phase.
Collection and recycling.
The objectives are clear:
Lower carbon footprint.
Safer chemistry.
Responsible raw material sourcing.
Higher collection and recycling rates.
Digital traceability.
You can think of it as giving every battery a permanent ID card, performance report, and environmental record.
Battery Categories and Scope - Which batteries are affected?
Essentially all batteries sold in the EU fall under the regulation’s scope, each with specific provisions.
The regulation defines several categories:
Category | Description |
|---|---|
Portable | Small, sealed batteries under 5 kg (e.g., AA, phone batteries) |
SLI | Starting, Lighting, Ignition batteries for vehicles |
LMT | Batteries ≤25 kg for light transport (e-bikes, scooters, etc.) |
EV | Batteries >25 kg used in electric vehicles |
Industrial | Batteries >5 kg not falling into the above, or designed for industrial use |
Each category has tailored requirements. However, the core principles of sustainability, safety, labeling, and end-of-life management apply across all batteries. Businesses from electronics manufacturers to electric car makers and industrial equipment suppliers all need to ensure the batteries they place on the EU market meet these new rules.
Sustainability Requirements
Limit on harmful substances
Mercury, cadmium, and lead are being restricted. Safer battery chemistry is now expected.
Carbon footprint disclosure
From Feb 2025, EV battery makers must disclose life-cycle carbon footprint. Industrial and LMT follow in 2026 and 2028.
Recycled content reporting and targets
The regulation separates:
Recycled content documentation (reporting)
Mandatory minimum recycled content (targets)
For industrial batteries above 2 kWh (excluding external storage), EV batteries, and SLI batteries containing cobalt, lead, lithium, or nickel in active materials, documentation is required from 18 August 2028 or 24 months after the relevant delegated act enters into force, whichever is later.
Mandatory minimum recycled content applies from 18 August 2031:
Material | Minimum Recycled Content (2031) |
|---|---|
Cobalt | 16% |
Lithium | 6% |
Nickel | 6% |
Lead | 85% |
Higher targets apply from 2036. This builds demand for secondary raw materials and strengthens EU circularity.
Ethical sourcing
Large producers must track raw materials to prove ethical and environmentally sound sourcing. Note: Due diligence obligations may be postponed to August 2027 pending July 2025 consultation.
Safety & Performance
Minimum durability standards: Rules will specify minimum capacity retention over time.
Stricter safety requirements: All batteries must carry CE marking from 18 August 2024.
Removable batteries: By Feb 2027, portable batteries in consumer products must be user-replaceable ([Art. 11]).
Second-life reuse: The Regulation supports second-life applications (e.g., using EV batteries in energy storage), but implementation details are still being shaped by delegated acts. Manufacturers will be required to share technical and performance data to enable safe and verifiable reuse. Detailed conditions (testing, data, safety) will be clarified in delegated acts by 2026–2027.
Labelling, QR codes, and the Battery Passport
More info on the label
Separate collection symbol for all batteries from 18 August 2025.
QR code for all batteries from 18 February 2027.
Carbon footprint label and performance class for EV batteries from 18 August 2026 or 18 months after the relevant acts enter into force, whichever is later.
Digital Battery Passport
From 18 February 2027, , each of the following must have an electronic record called a battery passport:
LMT batteries.
Industrial batteries with capacity greater than 2 kWh.
Electric vehicle batteries.
The battery passport must contain both model level information and battery specific information, as set out in Annex XIII. It is accessed via the QR code and a unique identifier, and the Commission must still adopt an implementing act by 18 August 2026 to define “persons with a legitimate interest” and what they can access, download, and re use.
Better user guidance
Instructions must explain safe use, storage, disposal, and how to remove or replace the battery.
End-of-Life Management and Circularity
Collection targets
Companies must meet phased collection targets for portable batteries:
Battery stream | Collection target |
|---|---|
Portable batteries | 63% by 31 Dec 2027 |
Portable batteries | 73% by 31 Dec 2030 |
LMT batteries | 51% by 31 Dec 2028 |
LMT batteries | 61% by 31 Dec 2031 |
These targets are calculated using the methodology in Annex XI, and the regulation allows changes to the calculation methodology via delegated acts by 18 August 2027.
No landfilling or incineration
Collected waste batteries shall not be disposed of and shall not be the subject of an energy recovery operation. Instead, they must go through treatment meeting the minimum requirements in Annex XII (Part A) in permitted facilities.
Recycling efficiency and material recovery targets
Recycling efficiency (by average weight)
Deadline | Battery chemistry | Target |
No later than 31 Dec 2025 | Lead acid | 75% |
No later than 31 Dec 2025 | Lithium based | 65% |
No later than 31 Dec 2025 | Nickel cadmium | 80% |
No later than 31 Dec 2025 | Other batteries | 50% |
No later than 31 Dec 2030 | Lead acid | 80% |
No later than 31 Dec 2030 | Lithium based | 70% |
Material recovery (from recycling processes)
Deadline | Materials | Target |
No later than 31 Dec 2027 | Cobalt, copper, nickel, lead | 90% |
No later than 31 Dec 2027 | Lithium | 50% |
No later than 31 Dec 2031 | Cobalt, copper, nickel, lead | 95% |
No later than 31 Dec 2031 | Lithium | 80% |
Methodology confirmed by delegated act published 4 July 2025, entering into force 24 July 2025.
EU Battery Regulation Timeline
Date | Milestone |
18 Feb 2024 | The Batteries Regulation applies from this date, except for specific later applying articles. |
18 Aug 2024 | Conformity assessment chapter applies, enabling CE marking obligations in practice. Also, the portable lead restriction starts from this date. |
10 Jan 2025 | Commission published guidelines to support consistent interpretation of battery removability and replaceability rules. |
24 Jul 2025 | Rules for calculating and verifying recycling efficiency and recovery rates enter into force (Delegated Regulation (EU) 2025/606). |
18 Aug 2025 | Waste management chapter applies. Directive 2006/66 is repealed from 18 Aug 2025, but some legacy provisions continue temporarily (for continuity of reporting and removability related rules). |
18 Aug 2025 | All batteries must carry the separate collection symbol. |
11 Dec 2025 | Implementing Regulation (EU) 2025/2289 is in force, standardising how Member States report collection and treatment data and quality checks. |
18 Feb 2025 | Carbon footprint declaration for EV batteries applies from 18 Feb 2025 or 12 months after the relevant secondary acts enter into force, whichever is later. |
18 Feb 2026 | Carbon footprint declaration for rechargeable industrial batteries above 2 kWh (excluding external storage) applies from 18 Feb 2026 or 18 months after the relevant acts enter into force, whichever is later. |
26 Jul 2026 | Commission must publish due diligence guidelines by this date (date updated by Regulation (EU) 2025/1561). |
18 Feb 2027 | Removability and replaceability rules apply for portable batteries in products. QR codes become mandatory for all batteries. Battery passports become mandatory for EV, LMT, and industrial above 2 kWh batteries. |
18 Aug 2027 | Battery due diligence obligations apply from this date (two year delay adopted in Regulation (EU) 2025/1561). |
18 Aug 2028 | Recycled content documentation requirements begin for EV, SLI, and industrial above 2 kWh (excluding external storage), with conditional timing linked to delegated acts. |
18 Aug 2031 | Mandatory minimum recycled content targets begin for EV, SLI, and industrial above 2 kWh (excluding external storage). |
18 Aug 2036 | Second tier recycled content targets apply. |
These timelines illustrate that the EU Battery Regulation is phased: immediate changes now, and more stringent requirements coming over the next 5–10 years. Companies in the battery supply chain should use this lead time to adjust designs, establish data collection systems, and improve recycling capabilities to meet each new milestone.
Non-compliance could result in products being barred from the EU market or other penalties, so early action is prudent.
Key Takeaways
The EU’s battery rules reshape how batteries are designed, sourced, tracked, and recycled. The changes affect battery makers, electronics brands, recyclers, automotive OEMs, and energy storage firms.
If your business works with batteries in any capacity, now is the time to:
Update product design for removability and durability.
Establish data systems for traceability and carbon accounting.
Prepare for digital passport, reporting, and verification requirements
Need help preparing for EU battery regulations? Contact us to prepare for compliance, and lead with confidence in the world’s most advanced battery market.
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