Battery Passport · Digital Passport

The digital battery passport, explained.

Every battery, pack or batch carries a persistent digital identifier through its full lifecycle. Here's what that means in practice, what data the passport holds, and how OEMs use it.

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Section 1 — What this is

What a digital battery passport actually is.

A plain-English explanation of the digital battery passport as a concept — what it is, what it isn't, and how it differs from a paper-based product record. Aimed at OEM sustainability, compliance and product teams encountering passport requirements for the first time.

Placeholder Section will explain: the digital passport as a persistent unique identifier attached to a battery, pack or batch; how it sits between physical product and digital record; the distinction between the identifier itself, the data record it points to, and the publicly readable QR-code surface; why "digital" matters operationally — query, audit, update, export — versus a static printed label; the relationship between the passport and the underlying chain-of-custody, manufacturing and recycling data records.
Section 2 — Why it matters for OEMs

Why OEMs need it — regulatory, commercial, reputational.

Why digital passport infrastructure is moving from a "nice to have" to a baseline expectation for industrial, EV and LMT battery manufacturers, and what the cost looks like of not having it in place.

Placeholder Section will explain: the EU 2023/1542 enforcement timeline and the February 2027 trigger for industrial, EV and LMT batteries placed on the EU market; how UK manufacturers selling into the EU are in scope; the commercial pressure from procurement teams, automotive OEMs and battery integrators who now ask for passport readiness in tenders; the reputational and ESG-reporting exposure of recycled-content claims that can't be evidenced; the audit and inspection risk of paper-based or fragmented record systems; the cost of retrofitting a passport later versus designing it in now.
Section 3 — How AnyWaste does it

How the AnyWaste passport is built, technically and operationally.

The actual mechanics — identifier format, data structure, generation, assignment and the platform plumbing behind it. Written for engineering, IT and product leads who need to understand whether this will integrate cleanly with their existing battery lifecycle tooling.

Placeholder Section will explain: the identifier format and structure used by AnyWaste passports (UUID/URI-based, structured for both human and machine readability); how identifiers are generated, assigned and bound to a physical battery, pack or batch at the point of manufacture or import; the data schema underneath each passport and which fields are mandatory, optional and OEM-extensible; the platform's data-capture flow at each lifecycle stage — production, shipment, in-service, collection, treatment, refining; the storage, versioning and amendment model; access control between OEM, recycler, refiner and auditor roles; how the public QR-code surface relates to the underlying private record.
Section 4 — What the OEM sees

What the OEM actually sees on the platform.

The user interface, dashboard outputs and evidence packs an OEM works with day-to-day. How a sustainability analyst, a product engineer and a compliance officer each interact with the same underlying passport record.

Placeholder Section will explain: the OEM dashboard layout — population view, single-passport view, batch view, lifecycle stage view; the standard reports available out of the box (battery population, in-service status, end-of-life status, recovery yields, recycled content by chemistry); the export formats available (CSV, JSON, PDF audit pack, API endpoints); the search, filter and segmentation tools; how the OEM exports data for sustainability reporting, customer-facing disclosures and regulator submissions; what a worked example looks like for a single product line.
Section 5 — Integration touchpoints

How the digital passport connects to the rest of the platform.

The passport doesn't sit in isolation. It's the spine that connects to chain-of-custody, recycler treatment data, refiner attribution and OEM internal systems. This section explains those connections.

Placeholder Section will explain: how the digital passport ties into the Verified Recycler Network record (every handler tagged against the passport at handover); how Material Recovery Evidence is linked back to the originating passport record by batch and chemistry; how Audit-grade Chain of Custody attaches movement-by-movement evidence to the same passport identifier; the API contracts available to push passport data outbound to OEM PLM, ERP and sustainability reporting systems; the data contracts available to pull regulator-aligned data inbound from carriers, recyclers and refiners; alignment with the AnyWaste Connected Supply Chain for general waste movements.
Section 6 — FAQ

Frequently asked questions.

Is the AnyWaste digital passport designed around the EU 2023/1542 passport schema?

[PLACEHOLDER — Answer will explain how the AnyWaste passport data model is designed around the published EU Battery Regulation requirements, where the schema is still evolving, and the platform's approach to staying aligned as implementing acts are finalised. Will preserve the safer compliance language: "designed around" rather than "certified compliant".]

Can the passport be linked to an existing battery management system (BMS)?

[PLACEHOLDER — Answer will explain the integration patterns available for connecting AnyWaste passport records to in-vehicle or in-pack BMS data, including state-of-health and state-of-charge data feeds, and the access-control implications.]

What happens to the passport when a battery is re-purposed for second life?

[PLACEHOLDER — Answer will explain how passport ownership and amendment rights transfer when a battery moves from first-life into second-life applications (stationary storage, repurposed industrial use), and how the lifecycle record continues without losing prior provenance.]

How is the public QR-code surface separated from the private OEM record?

[PLACEHOLDER — Answer will explain the access-control model: which passport fields are publicly readable via the QR code, which fields are restricted to authenticated stakeholders (regulator, recycler, refiner, auditor), and which fields remain entirely private to the OEM.]

Does the platform support manufacturer-defined custom fields on the passport?

[PLACEHOLDER — Answer will explain the platform's extensibility model — OEM-defined custom fields, segmentation by product family, and the relationship between standard regulator-aligned fields and OEM-specific data extensions.]

Related — Battery Passport knowledge base

Continue exploring.

Verified recycler network

Verified recyclers. Verified outcomes.

How AnyWaste verifies the operators that handle your batteries — and why that's the foundation of credible passport claims.

Read article → Material recovery evidence

From battery to refined material.

Tonnage in, tonnage out, chemistry-specific recovery rates — captured at the recycler and refinery against the passport record.

Read article → Audit-grade chain of custody

Audit-grade chain of custody.

Every handover, every timestamp, every signature, every geo-tag — captured at the point of movement, tied to the passport.

Read article →

Talk to us about your Battery Passport programme.

OEMs, manufacturers and refiners — the regulation is coming. Have your passport infrastructure live before it lands.

Book a confidential briefing Back to Battery Passport overview
Guidance disclaimer. AnyWaste provides practical guidance and digital tools to support waste compliance and battery lifecycle reporting. Information on this page is for general guidance only and should not be treated as legal, regulatory or professional advice. References to the EU Batteries Regulation (2023/1542), DWTS, DIWASS and related frameworks describe the workflow the AnyWaste platform is designed around and aligned with — they do not constitute regulatory endorsement or a guarantee of compliance. Users remain responsible for verifying their obligations with the relevant authority and a qualified professional.