.svg)
.webp)
Every major shift in automotive creates a new infrastructure layer that separates the leaders from the laggards. Electrification did it. Digitisation did it. Supply chain traceability is doing it now. The EU's Digital Product Passport regulations aren't just a compliance requirement — they're forcing manufacturers to build something genuinely valuable: verified, structured data across their entire supply chain. The companies that build it well will carry that advantage into every regulation that follows.
If your business makes, sources, or sells into the automotive or battery sector in Europe, this is one of the most consequential shifts you will deal with in the next two years.
Traceability means being able to account for a product's full history — from raw materials to the customer, and on to recycling or disposal. For an EV battery, that means knowing which lithium mine, which refinery, what the carbon footprint was at each processing stage, and whether cobalt was responsibly sourced. Not approximately. Not by self-declaration. With verified, structured digital records.
The EU has formalised this requirement through the Digital Product Passport — a machine-readable record linked to a physical product via QR code or data carrier, accessible throughout the product's life to regulators, recyclers, and authorised supply chain partners.
The automotive industry is converging on two key standards to make this work in practice: Catena-X, the EU-mandated data-sharing network for automotive supply chains, and GS1 Digital Link, the recognised global standard for QR-linked product identifiers.
Three pieces of EU legislation are reshaping what manufacturers must be able to demonstrate.
The EU Battery Regulation introduces the Battery Passport, which is mandatory from 18 February 2027 for EV, light transport, and industrial batteries above 2kWh placed on the EU market. The passport must carry verified data on carbon footprint, recycled content, material composition, due diligence, and supply chain actors — drawn from multiple supplier tiers and independently verifiable.
The Ecodesign for Sustainable Products Regulation (ESPR) sets the broader framework. It defines how Digital Product Passports work across all product categories, and is rolling out sector by sector — batteries first, then electronics, textiles, furniture, and more. For automotive businesses, ESPR sets the long-term direction of travel.
The End-of-Life Vehicle Regulation, coming in 2028, extends the passport concept to full vehicles. Manufacturers will need to demonstrate design-for-disassembly, recyclable material content, and recycled content targets. End-of-life handling stops being a logistics question and becomes a design-stage data obligation.
The Critical Raw Materials Act adds traceability requirements for lithium, cobalt, and rare earths, with chain-of-custody documentation required to prove responsible sourcing.
One point that catches some manufacturers off guard: these regulations apply to any product placed on the EU market, regardless of where it was made. Manufacturers in Asia, North America, and elsewhere are fully in scope.
At the February 2027 baseline, a compliant Battery Passport must include a unique battery ID linked to a physical data carrier, battery type and production details, chemical composition and material specifications, carbon footprint calculated at batch level, recycled content percentages for cobalt, lithium, nickel, and lead, supply chain due diligence documentation, performance and durability data, and a record of supply chain actors and processing steps (Article 77(2) and Annex XIII, EU Regulation 2023/1542).
The passport uses role-based access control (Article 77(2)(a)–(c), EU Regulation 2023/1542). Battery chemistry and recycling instructions are publicly accessible. Commercially sensitive supplier information is restricted to authorised parties — regulators, certified recyclers, and approved supply chain partners. This matters in practice: Tier 3 and 4 suppliers frequently resist sharing granular carbon footprint or material data because it risks exposing proprietary formulations. Role-based access control resolves this — suppliers can demonstrate verified compliance to regulators without that data being visible to competitors or the public.
Missing the February 2027 deadline is not a fine-and-continue situation. The Battery Regulation makes the passport a hard market access condition. Batteries without a valid, compliant passport cannot legally be placed on the EU market from that date. Beyond market exclusion, Article 38(9) of EU Regulation 2023/1542 requires manufacturers to immediately withdraw or recall non-compliant batteries from the entire EU market and notify national market surveillance authorities. Under Article 93, member states are required to establish penalties that are effective, proportionate and dissuasive — with enforcement powers including mandatory recalls, product bans, and public disclosure of non-compliance (EU Regulation 2023/1542, EUR-Lex).
For a detailed view, read our guide on battery passport readiness.
If you are starting today, the honest answer is: you are already late — but not too late to do this properly if you move now.
The February 2027 Battery Passport deadline is seven months away. That sounds like enough time. It isn't — not if you factor in what actually has to happen between now and then.
Collecting verified carbon footprint data and material origin records from your suppliers is not a form you send out and receive back in a week. Tier 2 and Tier 3 suppliers frequently don't have the data in a structured format, don't have the internal resource to gather it quickly, and in some cases don't fully understand what's being asked of them. Getting clean, auditable data flowing consistently from your supply chain takes months — and that's before you've built or configured the platform to receive, validate, and publish it as a compliant passport.
There's also a sequencing problem. Your DPP platform needs to be live and tested before the deadline, not on it. That means your supplier data needs to be substantially in place before the platform goes live. Which means supplier onboarding needs to start before that. Work backwards from February 2027 and the real window for action is now — not Q4 2026.
Two milestones have already arrived. Carbon footprint declarations became mandatory for rechargeable industrial batteries above 2kWh in February 2026. Battery labelling requirements — visible, readable labels showing actual measured capacity and minimum expected lifetime — become mandatory in August 2026. If neither of these is in place yet, the Battery Passport deadline is not your first problem.
The companies that will meet February 2027 without a scramble started this process in 2025. The ones starting now can still get there — but only if they treat it as an operational priority, not a compliance project to be delegated and revisited in six months.
Manufacturers with clean, verified product data qualify faster in OEM procurement processes, move through customs more smoothly, face lower audit costs, and are better placed with customers who want evidence behind sustainability claims, not just the claims. Companies treating the Battery Passport as a one-time compliance exercise are likely to do so twice. The ones building proper traceability infrastructure now are building something that compounds in value across every regulation that follows.
Understanding the regulations is rarely the hard part. Building the data infrastructure to meet them is.
DigiProd Pass is a purpose-built Digital Product Passport platform helping manufacturers and suppliers across automotive, battery, textiles, furniture, and more comply with ESPR and sector-specific regulations. Whether you're preparing for the February 2027 Battery Passport deadline, getting ahead of the Vehicle Circularity Passport under ELV, or building a DPP programme across your product range — DigiProd Pass gives you the tools to collect verified supplier data, maintain end-to-end traceability, and publish regulation-ready passports that auditors, customers, and regulators can rely on.
Book a demo — digiprodpass.com/contact
FAQs
What is automotive supply chain traceability?
Automotive supply chain traceability is the ability to track and verify the full journey of a product — from raw materials through manufacturing, assembly, and use, all the way to end of life. In practice, it means knowing which mine your lithium came from, which refinery processed it, what the carbon footprint was at each step, and which suppliers handled it along the way. Historically, this data lived in paper records and self-declarations. Today, EU regulations require it to be digital, verified, and shareable.
What is a Digital Product Passport (DPP)?
A Digital Product Passport is a structured digital record linked to a physical product via a QR code or data carrier. It's a live, machine-readable file — not a PDF or spreadsheet — that authorised parties, including regulators, customers, and recyclers, can access at any point in the product's life. The EU's ESPR regulation is the master framework governing how DPPs work across product categories.
What is a Battery Passport and how is it different from a DPP?
A Battery Passport is a Digital Product Passport specifically designed for batteries under EU Regulation 2023/1542. The DPP is the broader concept; the Battery Passport is a more detailed, battery-specific version of it. It requires deeper technical disclosures — carbon footprint calculations, recycled content percentages, material composition, due diligence documentation — that go beyond what a generic DPP currently requires.
Which batteries require a passport under the EU Battery Regulation?
From 18 February 2027, the requirement applies to:
Portable batteries (standard consumer batteries) are not included in the 2027 mandate.
When does the Battery Passport become mandatory?
18 February 2027 is the key date. From that date, any EV, LMT, or industrial battery above 2kWh placed on the EU market must carry a compliant digital Battery Passport. This is a firm legal requirement under EU Regulation 2023/1542 — not a pilot, not a recommendation.
Does this apply to companies outside the EU?
Yes. The requirement applies to any battery placed on the EU market, regardless of where it was manufactured. Manufacturers and importers in Asia, North America, or anywhere else are subject to the same rules if their products are sold into Europe.
What data does a Battery Passport need to contain?
The core data requirements at the February 2027 launch include:
Future delegated acts will add further requirements in phases beyond 2027.
Will competitors be able to scan my battery and see my supplier list?
No. A Battery Passport uses tiered, role-based access control. Information like battery chemistry and recycling instructions is publicly accessible. Commercially sensitive data — supplier names, proprietary formulas, pricing — is restricted to authorised parties only, such as regulators and certified recyclers. Your confidential information is protected under the regulation.
What happens if we don't comply by the deadline?
Batteries without a valid, compliant passport cannot legally be placed on the EU market from 18 February 2027. This is a market access condition, not just a fine. Beyond the regulatory deadline, OEMs are already factoring traceability readiness into supplier qualification decisions, so the commercial impact begins before the legal one.
Can we use spreadsheets to manage Battery Passport data?
Spreadsheets may help during early preparation and data mapping, but they cannot support ongoing audit-ready compliance at scale. A Battery Passport requires continuous updates throughout the product's lifecycle — after repurposing, refurbishment, or ownership transfer — and must be accessible to authorised parties on demand. This requires a dedicated Digital Product Passport platform.
What is ESPR and how does it relate to automotive traceability?
ESPR (Ecodesign for Sustainable Products Regulation) is the EU framework that governs Digital Product Passports across all product categories. It sets the rules for what DPPs must contain, how they're accessed, and who's responsible for them. Batteries are the first sector under ESPR. Electronics, textiles, furniture, and more will follow. For automotive businesses, ESPR signals the long-term direction: product lifecycle transparency will eventually apply across your full product range.
What is the ELV Regulation and when does it apply?
The End-of-Life Vehicle (ELV) Regulation proposes a Digital Circularity Vehicle Passport for the full vehicle — not just the battery. Manufacturers will need to document how vehicles are designed for disassembly, what recyclable materials they contain, and whether recycled content targets are met. Requirements are expected to come into force from 2028 onwards.
How does DigiProd Pass help with Digital Product Passport compliance?
DigiProd Pass is a purpose-built Digital Product Passport platform helping manufacturers and suppliers across automotive, battery, apparel, electronics, furniture, and textiles meet ESPR and sector-specific DPP requirements. The platform covers multi-tier supplier data collection, end-to-end supply chain traceability, and QR-linked passport publishing — fully aligned with EU ESPR, the Battery Regulation, and the Catena-X standard.
Sources
.svg)
.svg)
.webp)
.svg)
.svg)
