EU Battery Regulation
Regulation (EU) 2023/1542
The most ambitious lifecycle regulation for any product category in EU history. From raw material extraction to recycling, every battery placed on the European market must meet binding sustainability, transparency, and circularity requirements.
If you make, import, or sell batteries in Europe -- whether they power electric cars, power tools, smartphones, or industrial equipment -- there is now a single EU law that governs every stage of a battery's life. The EU Battery Regulation covers where the raw materials come from, how the battery is manufactured, what information must be printed on it, how long it should last, and what happens when it reaches the end of its useful life. It applies to every battery placed on the EU market, regardless of where it was manufactured.
The law's most visible feature is the Digital Battery Passport: starting February 2027, every EV and large industrial battery sold in Europe must carry a QR code linking to an online record with details about its carbon footprint, the materials inside it, expected lifespan, and real-time health data. Think of it as a publicly accessible birth certificate and medical record for each battery. This is the first mandatory digital product passport under EU law, and it sets the template for similar requirements that will later apply to textiles, electronics, and other product categories.
Beyond transparency, the regulation pushes the battery industry toward a circular economy. An increasing share of the cobalt, lithium, and nickel in new batteries must come from recycled sources -- not freshly mined material. Collection targets make sure used batteries actually get returned for recycling, and companies must prove that their mineral supply chains are free from child labour, environmental destruction, and corruption. These due diligence obligations, originally planned for 2025, were postponed to August 2027 to give companies more preparation time.
In practical terms, this means higher compliance costs for battery companies, but also a level playing field: every manufacturer serving the EU market faces the same rules. The deadlines are staggered from 2024 through 2036, so obligations ramp up gradually. If you are new to this topic, the "In a Nutshell" box below and the six-pillar breakdown further down the page are the best places to start.
Switzerland is not an EU member state and the Battery Regulation does not apply directly under Swiss law. However, any Swiss company that exports batteries or battery-containing products to the EU market must comply fully -- the regulation applies to all batteries "placed on the market," meaning first made available in the EU, regardless of the manufacturer's country of origin. Swiss battery cell producers, e-bike manufacturers, and industrial equipment exporters are directly affected.
Beyond direct exports, Swiss companies embedded in EU supply chains will face growing indirect pressure. EU customers will require carbon footprint data, recycled content declarations, and due diligence documentation from their Swiss suppliers as inputs to their own Battery Passport records. Switzerland's own battery waste framework -- governed by the Chemical Risk Reduction Ordinance (ChemRRV) and the VREG advance disposal fee -- covers collection and recycling but does not match the EU regulation's lifecycle data requirements. Swiss companies serving EU markets should map their obligations now, particularly around the 2027 passport and due diligence deadlines.
Regulation (EU) 2023/1542 is the poster child of EU circular economy legislation. Published on 28 July 2023 and in force since 17 August 2023, it replaces the twenty-year-old Battery Directive (2006/66/EC) with a directly applicable regulation that governs every stage of a battery's life -- from the mines where cobalt and lithium are extracted, through manufacturing and use, to collection, recycling, and the reuse of recovered materials in new batteries. No other product regulation in EU history covers the full value chain with this level of specificity.
The regulation addresses five categories of batteries: portable, light means of transport (LMT), starting/lighting/ignition (SLI), industrial, and electric vehicle (EV). Each category has tailored obligations, but the architecture is consistent: mandatory carbon footprint declarations, minimum recycled content thresholds, supply chain due diligence for critical raw materials, performance and durability standards, extended producer responsibility, ambitious collection and recycling targets, and -- most notably -- the Digital Battery Passport.
The Digital Battery Passport is the first mandatory digital product passport under EU law, predating the broader Ecodesign for Sustainable Products Regulation (ESPR) framework. From February 2027, every EV and industrial battery above 2 kWh must carry a QR code linking to a standardised digital record. This record includes carbon footprint, recycled content, material composition, expected lifetime, state of health, and dismantling instructions -- all accessible to consumers, market surveillance authorities, and recyclers. The passport establishes the data architecture that the ESPR will later extend to textiles, electronics, furniture, and other product categories.
On the supply chain side, the regulation mandates OECD-aligned due diligence for cobalt, lithium, nickel, and natural graphite -- the four minerals at the centre of the global battery value chain. Economic operators must implement traceability systems, conduct risk assessments covering human rights and environmental impacts, and submit to third-party verification. Originally scheduled for August 2025, enforcement was postponed to August 2027 to allow companies additional preparation time.
The regulation also creates structural incentives for a European battery recycling industry. Minimum recycled content thresholds -- 16% cobalt, 6% lithium, and 6% nickel by 2031, rising to 26%, 12%, and 15% by 2036 -- guarantee a market for recycled battery materials. Material recovery targets of 95% for cobalt, copper, lead, and nickel and 80% for lithium by 2031 ensure that recyclers extract maximum value from end-of-life batteries. Combined with rising collection rates (73% for portable batteries by 2030), these provisions aim to make Europe a global leader in battery circularity.
For businesses, the Battery Regulation is not a standalone compliance challenge. It intersects with the Corporate Sustainability Due Diligence Directive (CSDDD), the EU Taxonomy Regulation, the ESPR, the Critical Raw Materials Act, REACH, and the Waste Framework Directive. Companies that build integrated compliance programmes -- rather than treating each regulation in isolation -- will be better positioned to manage the cumulative burden and turn regulatory requirements into competitive advantage.
The regulation's obligations group into six interconnected areas. Select a pillar to explore.
Carbon Footprint Declaration and Performance Classes
The regulation introduces a mandatory lifecycle carbon footprint declaration for EV, industrial, and LMT batteries. Manufacturers must calculate cradle-to-gate emissions per battery model and manufacturing plant, using the EU's harmonised Product Carbon Footprint (PCF) methodology aligned with ISO 14067 and the EU Product Environmental Footprint method.
- EV batteries: Carbon footprint declaration mandatory from 18 February 2025
- Industrial rechargeable batteries (>2 kWh): Declaration from 18 February 2026
- LMT batteries: Declaration from 18 August 2028
- Performance class labels (graded from A downward, with A being the lowest carbon footprint) will grade batteries against EU-wide benchmarks, starting August 2026 for EV batteries. The exact number and boundaries of classes will be set by the Commission via delegated act based on market data
- Maximum carbon footprint thresholds will follow -- batteries exceeding the ceiling cannot be placed on the EU market
- Calculation covers raw material extraction, processing, cell manufacturing, module/pack assembly, and transport
Minimum share of recovered material required in new batteries, by critical mineral.
The world's first mandatory digital product passport. A blueprint for EU product transparency.
Every major deadline from proposal to 2036. Click a milestone for details.
Select your company type for tailored compliance guidance.
The Battery Regulation does not exist in isolation. It forms part of an interconnected web of EU sustainability legislation.