Batteries under ESPR and the Digital Product Passport
The battery passport is the most mature DPP category, governed by the Batteries Regulation rather than an ESPR delegated act, but using the same DPP infrastructure. The most concrete buildable specification currently available is the AAS / Catena-X guideline published February 2026, with Eclipse Tractus-X as the reference implementation. Readiness is strongest in the automotive and large-cell segment. Smaller producers outside these ecosystems face more fragmented implementation paths.
Key dates for this sector
Locked
Approximately 90 data fields confirmed in the Batteries Regulation:
- Carbon footprint per kWh of battery lifetime (declaration applies 12 months after the EV methodology act enters into force; it must be accessible via the passport from 18 February 2027)
- Recycled content: cobalt, lithium, nickel, lead
- State of health and remaining capacity
- Capacity, voltage, and cycle life
- Due diligence documentation on raw material sourcing
- General model and cell chemistry information
Watch items
- The EV battery carbon-footprint calculation methodology act remains in draft as of June 2026. It gates real enforcement of the PCF declaration requirement. Do not finalize your carbon-footprint reporting approach until it is adopted. Speculative
What to do now
Build against the AAS / Catena-X guideline. Confirm your implementation path for unique product identifiers in GS1 Digital Link format. Monitor GBA operational trial results expected June 2026.
Part of ESPR Atlas, the free ESPR and Digital Product Passport intelligence hub. Compare all nine categories on the Sectors in Scope page.