Batteries RegulationArticle 77EU

Battery passport implementation under EU Batteries Regulation Article 77

Build the battery passport around the legal trigger: each LMT battery, electric vehicle battery, and industrial battery above 2 kWh placed on the market or put into service from 18 February 2027.

This page turns Article 77 and Article 78 into implementation decisions for QR codes, unique identifiers, data access, update control, storage, and lifecycle responsibility.

Author
Sorena AI
Published
May 9, 2026
Updated
May 9, 2026
Sections
5

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Primary sources
4

Cited legal and guidance references.

Publication metadata
Sorena AI
Published May 9, 2026
Updated May 9, 2026
Overview

Article 77 is not a generic product-profile requirement. It requires an electronic battery passport for specific battery categories, links that passport to a QR code and unique identifier, assigns accuracy and update responsibility to the economic operator placing the battery on the market, and changes responsibility when batteries are reused, repurposed, remanufactured, become waste, or are recycled.

Section 1

Start with the Article 77 trigger

The passport build starts by classifying the battery. Article 77 applies from 18 February 2027 to each LMT battery, each electric vehicle battery, and each industrial battery with a capacity greater than 2 kWh that is placed on the market or put into service.

Do not scope the implementation only at model level. Article 77 requires both information relating to the battery model and information specific to the individual battery, including information resulting from use of that battery, as set out in Annex XIII.

  • Flag LMT, electric vehicle, and industrial batteries above 2 kWh as passport-scope categories.
  • Create one implementation record per in-scope battery model and one individual-battery data path for unit-specific status and use data.
  • Keep other battery QR-code duties separate: Article 13 applies QR codes to all batteries from 18 February 2027, but only the listed categories link to the Article 77 battery passport.
  • Treat delegated or implementing acts as change triggers because Article 77 allows Annex XIII passport information and identifier standards to be amended.
Section 2

Implement the QR code, data carrier, and unique identifier together

Article 77 makes the battery passport accessible through the Article 13 QR code. The QR code must link to a unique identifier attributed by the economic operator placing the battery on the market.

The implementation decision is therefore not just where to print a QR code. Teams need a durable identifier assignment process, a QR-code quality check, and a resolver or lookup path that keeps the passport reachable for the correct battery.

  • Assign the unique identifier before market placement or putting into service so the QR code and passport record refer to the same battery.
  • Check the identifier and QR code against the ISO/IEC 15459 series or an equivalent standard accepted under Article 77.
  • Apply Article 13 placement rules: print or engrave visibly, legibly, and indelibly on the battery where possible, otherwise use packaging and accompanying documents.
  • Use the Annex VI QR-code quality rule: high contrast against the background and readable by commonly available QR readers.
  • Track any future delegated act that replaces the QR code with, or adds, another smart-label type.
Section 3

Separate public, restricted, and authority-only data

Annex XIII is the practical data map. Public model-level fields include core battery information, material composition, carbon-footprint information, responsible-sourcing information, recycled content, renewable content, capacity, voltage, power capability, lifetime, warranty, efficiency, resistance, EU declaration of conformity, and waste-prevention and waste-management information.

Restricted fields require role-based access. Detailed composition, spare-part sources, dismantling sequences, tools, warnings, safety measures, individual battery state of health, status, use data, and accident-related data are not all public fields. Test-report results are reserved for notified bodies, market surveillance authorities, and the Commission.

  • Model the passport data schema directly from Annex XIII access groups rather than from a single flat product record.
  • Use a public layer for the Annex XIII public model information and a restricted layer for legitimate-interest users.
  • Restrict authority-only compliance evidence, including test-report results, to notified bodies, market surveillance authorities, and the Commission.
  • Map legitimate-interest access to the purposes in Article 77: dismantling, repair, remanufacturing, second-life operations, recycling, and specified purchaser or energy-market uses.
  • Prepare to update role definitions when the Commission adopts the Article 77(9) implementing act on legitimate-interest access.
Section 4

Design governance for accuracy, updates, storage, and access rights

Article 77 makes the economic operator placing the battery on the market responsible for ensuring that passport information is accurate, complete, and up to date. That operator may authorize another operator in writing, but the Article 77 responsibility still needs to be visible in the governance record.

Article 78 adds technical and governance requirements: open standards, interoperable format, open interoperable data exchange without vendor lock-in, machine-readable, structured and searchable data, free access according to access rights, stored data under the responsible operator or authorized operators, and controls for integrity, privacy, security, and fraud prevention.

  • Create one accountable owner for passport accuracy, completeness, and updates for each market-placement workflow.
  • Require written authorization where another operator stores, processes, introduces, modifies, or updates passport information.
  • Limit authorized storage or processing providers so they cannot sell, reuse, or process passport data beyond the service needed.
  • Keep the passport available if the responsible operator ceases to exist or ceases activity in the Union.
  • Restrict access, introduction, modification, and update rights according to Annex XIII and the Article 77(9) implementing act.
  • Add data-authentication, reliability, integrity, security, privacy, and fraud-prevention checks to release criteria.
Recommended next step

Turn Article 77 into a battery passport operating model

Map battery categories, identifiers, QR-code controls, passport data fields, access rights, and lifecycle handoffs before market-placement workflows go live.

Section 5

Handle lifecycle status changes and DPP interoperability

Article 77 changes passport responsibility when a battery is prepared for re-use, prepared for repurposing, repurposed, or remanufactured. The operator placing that changed battery on the market or putting it into service takes responsibility for passport accuracy and must create a new battery passport linked to the original passport or passports.

When the battery becomes waste, responsibility moves to the producer, an appointed producer responsibility organisation, or the selected waste management operator. The passport ceases to exist after the battery has been recycled.

The DPP connection should be treated as an interoperability requirement, not as permission to replace the battery-specific rulebook. Article 78 requires the battery passport to be fully interoperable with other Union-law digital product passports concerning eco-design; the New Legislative Framework page lists both the Batteries Regulation and the Ecodesign for Sustainable Products Regulation as aligned product legislation and identifies digital product passports as part of future product-rule digitalisation.

  • Add status-change triggers for original, repurposed, re-used, remanufactured, and waste states.
  • Require a new linked passport when an operator places a reused, repurposed, or remanufactured battery on the market or puts it into service.
  • Transfer waste-stage passport responsibility to the producer, producer responsibility organisation, or selected waste management operator as Article 77 provides.
  • Close the passport lifecycle after recycling rather than keeping it as an active product passport.
  • Build technical, semantic, and organisational interoperability with other EU digital product passports, while keeping Annex XIII battery data and access-rights logic intact.
Primary sources

References and citations

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