The global shift towards digital battery passports and enhanced traceability regulations, primarily focused on the electric vehicle (EV) sector.
In the European Union, Regulation 2023/1542 mandates that by February 2027, batteries must feature a digital record accessible via QR code detailing their composition, carbon footprint, and health.
Similarly, China is implementing its own digital ID system to manage a surge in retired batteries and ensure full-lifecycle monitoring.
India’s Battery Pack Aadhaar Number (BPAN) echoes the EU Battery Passport and UN traceability standards we are already shaping through global ISO standards.
These initiatives aim to foster a circular economy by improving recycling efficiency and facilitating the transition of used batteries into second-life applications, such as home energy storage.
Carbon Footprint is a 2-axis Problem
The total lifetime emissions of a battery is dependent on the emissions generated in making it and how long it lasts, hence “Carbon Footprint is a 2-axis Problem”. Hence if we select a chemistry that has higher initial emissions but lasts much longer we could overall have a lower impact on the planet.
Status of Battery Passports in 2026 – as of 2026, the battery passport ecosystem has transitioned from a theoretical concept and pilot phase into a period of urgent, large-scale implementation. With the European Union’s strict mandate for full digital battery passports going into effect on February 18, 2027, manufacturers and supply chains are in a critical sprint to build the necessary data infrastructure.
The Cost of Producing a Battery Passport
The cost of producing a digital battery passport is not a single, flat fee but rather a comprehensive, phased investment that encompasses software platforms, physical marking, compliance audits, and lifecycle data management. Over 90% of the implementation tasks translate into fixed costs, meaning the burden is often heavier for small and medium enterprises compared to large manufacturers.
For a large electric vehicle (EV) manufacturer, the initial investment for the first battery model can exceed €250,000, with ongoing annual maintenance and audit fees ranging from €20,000 to €50,000.
See also: EN / EU — European, Second Life of Batteries for Electric Vehicles