EU Battery Passport Under EU Regulations and ESPR Framework
The battery and energy storage market is subject to one of the most stringent regulatory regimes in the European Union. Connecting the EU Battery Regulation with the overarching ESPR mandates establishes full electrochemical and environmental traceability for manufacturers.
Key Elements of the Battery Passport
Every regulated battery must digitally provide verified compliance metrics:
- Carbon Footprint: Quantified $CO_2$ emissions per kWh of total cell lifecycle.
- Critical Raw Material Provenance: Audited supply chains for lithium, cobalt, nickel, and natural graphite.
- State of Health (SOH): Dynamic operational parameters including capacity retention, internal resistance, and cycle counts.
- Recycled Content Quotas: Verified percentages of recovered cobalt, lead, lithium, and nickel in new cells.
Role of the GS1 Digital Link Standard in Battery Logistics
The physical enclosure of an industrial cell or EV battery module must feature a durable 2D carrier (Data Matrix / QR code). Scanning this identifier with an industrial terminal or smartphone directs immediately to the PassTracker resolver, confirming technical status and customs clearance.