FAQ

A digital battery passport is an electronic document that tracks a battery’s life cycle. It stores important information like composition, production, usage, and recycling.

The EU is aiming for a more sustainable and circular battery economy. The passports are intended to promote environmentally friendly battery design and improve recycling processes. The life cycle of a battery should be extended as far as possible, and the recycling of components and raw materials should be as simple as possible – and well documented in the battery passport.

As of February 2027, all EV (electric vehicle), LMT (light means of transport) and industrial batteries exceeding 2kWh capacity on the EU market will need a passport.

The responsibility for adding the required information to the EU digital battery passport falls on the party placing the battery on the market. This typically refers to the manufacturer or importer who first introduces the battery into the EU market.

The passport contains details such as the composition and battery chemistry, the materials used, performance data and information on end-of-life recycling. However, the final requirements for the passport data have not yet been definitively defined.

The EU digital battery passport will be accessible through a QR code. This code will be affixed to the battery itself and will contain a unique identifier that links to the digital record.

The EU regulations specify that some of the data within the passport might be publicly accessible, while other information will be restricted to authorized users only. This ensures transparency for consumers while protecting sensitive details only relevant to specific stakeholders within the battery lifecycle.

The EU digital battery passport boasts a range of benefits across the battery value chain, impacting manufacturers, consumers, and the environment.

• Enhanced Transparency: Battery passports provide a comprehensive record of a battery’s characteristics, including its materials, performance data, and carbon footprint.
• Sustainable Production: By tracking a battery’s lifecycle through the passport, manufacturers are incentivized to adopt eco-friendly practices. This could involve using recycled materials, optimizing battery design for longevity, and incorporating responsible sourcing practices.
• Improved Battery Performance and Maintenance: The passport can include data on a battery’s expected lifespan and optimal usage conditions.
• Efficient Recycling and Repurposing: The passport can facilitate the recycling process by providing valuable data on a battery’s composition and disassembly instructions. This ensures efficient material recovery and promotes a more circular battery economy.
• Fairer Competition: With increased transparency in battery production and sourcing, manufacturers who prioritize sustainability can gain a competitive edge.

Overall, the EU digital battery passport is a significant step towards a more sustainable and transparent battery ecosystem in the European Union.