Battery Passport EU: timetable and data to prepare starts with identifying affected batteries and building reliable product records. From 18 February 2027, electric-vehicle batteries and industrial or light means of transport batteries above 2 kWh must have an electronic passport accessible through a unique identifier. You should organise technical, traceability, compliance and lifecycle data well before products are placed on the EU market.
Key takeaways
- The battery passport applies from 18 February 2027 to electric-vehicle batteries and to industrial and light means of transport batteries with a capacity above 2 kWh.
- A 2 kWh threshold does not exempt a battery from other obligations under Regulation (EU) 2023/1542, including requirements relating to labelling, conformity and end of life.
- Manufacturers must be able to provide reliable evidence on the battery, its components, origin, performance, conformity and lifecycle.
- Marketplace sellers should check the product, the online listing and the responsibilities of every economic operator before placing a battery on the market.
- Battery Passport preparation should be coordinated with applicable CE marking, product-safety, customs, VAT and extended producer responsibility requirements.
Which batteries are covered by the Battery Passport EU: timetable and data to prepare?
The battery passport does not apply to every cell or battery sold in the European Union. From the applicable date, it covers electric-vehicle batteries, plus industrial batteries and light means of transport batteries with a capacity above 2 kWh.
The legal framework is Regulation (EU) 2023/1542 on batteries and waste batteries. Article 77 provides for a battery passport for:
- electric-vehicle batteries;
- industrial batteries with a capacity above 2 kWh;
- light means of transport batteries with a capacity above 2 kWh.
An electric-vehicle battery is designed to provide traction energy for a hybrid or electric vehicle within the categories covered by the Regulation. An industrial battery is designed for industrial use, or intended for industrial use after preparation for re-use. Light means of transport batteries may include batteries used in certain products such as e-bikes, scooters and other light mobility solutions, depending on the product’s precise legal classification.
The threshold is strict. Industrial and light means of transport batteries must have a capacity above 2 kWh. A battery rated at exactly 2 kWh is therefore not within the Article 77 passport requirement on that criterion alone. That does not mean it is free from other requirements.
Example: if you import 5 kWh stationary energy-storage batteries from Shenzhen for distribution in Germany and France, you should plan for the battery passport. By contrast, a small portable battery integrated into an electronic accessory may fall outside the passport scope while remaining subject to other battery, electrical and electronic equipment, product-safety or waste-management rules.
Before placing an order or arranging an import, use the EU Market Entry Compliance Assessment to map the obligations to check for the product, storage country and sales countries. The assessment identifies points requiring review; it does not register a seller with extended producer responsibility schemes.
EU Seller Kit — For a first EU launch or a catalogue containing several battery types, start with the EU Market Entry Compliance Assessment, then organise country-specific requirements with Country Compliance.
When does the battery passport apply?
The battery passport requirement applies from 18 February 2027 for the covered categories. Use that date to plan your product programme, but do not treat it as a reason to postpone other battery obligations that may apply earlier.
Regulation (EU) 2023/1542 has a phased application timetable. The battery passport is one of its traceability and transparency mechanisms. In practice, you should not wait until 2027 to request information from your manufacturer: historical data can be difficult or impossible to reconstruct after cells, modules and packs have already been produced.
Plan the work in three stages:
- Portfolio qualification: identify SKUs that may exceed 2 kWh or qualify as electric-vehicle batteries.
- Data collection and governance: allocate responsibilities between the cell manufacturer, pack assembler, importer, brand owner and distributor.
- Digital availability: prepare the unique identifier, access mechanism and data that must be accurate, current and consistent with the technical documentation.
Imagine a US manufacturer selling an energy-storage system to European installers. Sales may be made through an online shop and goods may move into a German warehouse, but the sales channel does not change the nature of the battery. The company must establish its regulatory role and prepare the passport for affected products placed on the market from the applicable date.
If you intend to hold stock in the EU, plan the import formalities as well. The EU stock import guide for ecommerce sellers explains why the physical flow, declared importer, VAT position and storage location need to align before shipment.
What data must you prepare for a battery passport?
A battery passport must make information about the battery and its lifecycle available. Read the exact data fields and technical arrangements in Regulation (EU) 2023/1542 and the applicable implementing or delegated acts; a supplier’s marketing sheet is not enough.
Identity, model and traceability
Start with a master record for each battery reference or product family. It should identify the relevant product without ambiguity: brand, model, battery type, batch or serial identifier, manufacturer, manufacturing site where relevant, manufacturing date and the unique identifier intended to provide access to the passport.
Traceability must reflect the real supply chain. If you sell a pack under your own brand that is assembled by a third party, you need to know who makes the cells, who assembles the pack and who holds the supporting evidence. An inconsistency between a serial number, supplier invoice and conformity documentation can trigger a request from a marketplace, customs authority or market-surveillance authority.
Before a material purchase, Supplier Check can centralise supplier identity, payment and delivery information so you can identify inconsistencies for review. It does not certify the product’s technical conformity.
Technical characteristics and performance
Collect characteristics that have actually been measured, not merely values displayed in a listing: chemistry, capacity, voltage, nominal energy, mass, dimensions, cell configuration, power where relevant, lifetime, performance and intended conditions of use.
Keep test reports, calculation methods, technical-sheet versions and correspondence that explains each declared value. A battery advertised as 2.1 kWh when the technical documents state 1.9 kWh is not a minor commercial discrepancy. It can change the passport assessment and weaken your compliance file.
For imported products, check customs classification too. The HS classification assistant generates candidate HS subheadings that you should confirm in the Combined Nomenclature or TARIC. The European Commission’s TARIC consultation remains necessary to check measures applying to the goods, their origin and the import date.
Conformity, safety and lifecycle information
The passport sits within a wider set of requirements: product conformity, substance information, recycled content where applicable rules require it, carbon footprint, durability, dismantling, repair, re-use, repurposing and recycling. The applicable information depends on the battery category and on the provisions of the Regulation that apply at the relevant time.
Do not confuse the passport with a declaration of conformity. Where the battery or equipment incorporating it falls under EU harmonisation legislation requiring CE marking, the manufacturer remains responsible for conformity assessment, technical documentation, necessary testing and the EU declaration of conformity. Your Europe’s CE marking guidance confirms that CE marking may be affixed only after the applicable conformity-assessment procedure.
For a wider data-collection method, see how to prepare product data for a Digital Product Passport. The battery passport is a specific obligation under the Batteries Regulation; it should not be confused with the broader Digital Product Passport framework under Regulation (EU) 2024/1781 on ecodesign for sustainable products.
How do you prepare a battery passport step by step?
The most reliable approach starts with the actual product and its evidence trail, then assigns each data point to a clear owner. This prevents a late discovery that a subcontractor cannot substantiate a component’s origin or performance.
Step 1: classify the battery and your role
Determine the battery category, capacity and intended use. Then identify your role: manufacturer, importer, distributor, distance seller or operator selling under its own brand. These roles are not interchangeable and carry different duties.
An importer placing a battery made outside the EU on the Union market cannot simply repeat the supplier’s commercial claims. Before placing it on the market, the importer must check that applicable requirements have been met. The general principles for market surveillance and product compliance are set out in Regulation (EU) 2019/1020.
Step 2: build an evidence register
Create a file organised by reference, version and batch. Assign an internal owner to every field: engineering for electrical specifications, procurement for supplier-chain information, quality for test evidence, compliance for declarations and commercial teams for published information.
Keep documents under version control. If the cell changes, battery-management-system software is updated or the pack moves to another assembly site, assess the impact immediately on passport data and conformity documents.
Step 3: check connected product obligations
A battery integrated into a connected product, charger or vehicle can bring several legal instruments into scope. Radio equipment may fall under Directive 2014/53/EU on radio equipment, while electromagnetic compatibility and low-voltage requirements may also need review depending on the product.
The guide to RED, low-voltage and EMC rules for electronic products helps you distinguish the legislation to assess for an electronic product. It does not replace the manufacturer’s technical assessment or required testing.
Step 4: arrange passport access and publication checks
Prepare the unique identifier and the intended access mechanism for the passport. Then test consistency between accessible data, the physical product, packaging, manual and online listing. Commercial information must not contradict documented characteristics.
If you sell through Amazon, eBay, Etsy, Shopify or another marketplace, use the Marketplace Product Compliance Scanner before publication. It flags traceability, safety and compliance information to verify in the listing; it does not legally approve the product.
Preparation checklist
- Identify the regulatory category and kWh capacity of every battery.
- Separate electric-vehicle, industrial and light means of transport battery references above 2 kWh.
- Identify the manufacturer, importer, distributor and, where relevant, own-brand seller.
- Obtain technical sheets, test reports, declarations and traceability evidence from the manufacturer.
- Check that the invoice, product, label, packaging, manual and listing contain consistent data.
- Assess applicable CE, GPSR, WEEE, battery and EPR requirements in every sales country.
- Plan how passport information will be updated when the product, supplier or component changes.
- Review marketplace listing content before publication.
Which documents and operators should you plan for?
You need a complete documentary file, but its exact contents depend on the battery, intended use, country of sale and other applicable legislation. A passport does not replace conformity documents or an economic operator’s duties.
Documents to request from the manufacturer
Request, at minimum, the records and data needed to establish product identity, characteristics, traceability and conformity. Depending on the case, this can include technical sheets, drawings or bills of materials, test reports, instructions, labels, declarations of conformity, substance information and end-of-life information.
For a CE-marked product, review the expected contents of the CE technical file. A technical file is not a generic certificate sent by a supplier; it must correspond to the product actually placed on the market.
Manufacturer, importer, distributor and representative
The manufacturer has primary responsibility for design, conformity assessment and documentation under applicable legislation. Before placing a product on the market, the importer must ensure that the manufacturer has met relevant obligations. The distributor must act with due care and verify matters that fall within its role before making the product available.
If you are a manufacturer outside the EU, an EU-established economic operator may be required under the applicable regime. For consumer products under the GPSR, an EU GPSR Responsible Person can act only after product review, entity assignment, a signed mandate and active payment. A SaaS subscription alone does not appoint a responsible person.
Likewise, a CE authorised representative may be appointed by written mandate where the applicable CE legislation permits it. This never replaces the manufacturer’s conformity assessment, technical documentation, testing or EU declaration of conformity.
How much work is involved, and which mistakes should you avoid?
The main cost is often organisational: obtaining reliable data from multiple suppliers, checking consistency and keeping information current. Complexity rises sharply where cells, the battery-management system and pack assembly come from different businesses.
Do not rely on a generic estimate of cost or timing. The work depends on the number of references, the manufacturer’s document maturity, the availability of usable test evidence, sales countries and your role in the supply chain. To review available plans and services without quoting prices here, see EU Seller Kit pricing and plans.
Common mistake: waiting until 2027 is close
Leaving work until the final implementation phase is risky because some information cannot be recreated easily. A supplier may have changed cell type, closed a manufacturing site or lost test archives. Start with high-capacity references, higher-value products and batteries intended for EU storage.
Common mistake: treating the passport, label and CE conformity as the same thing
A passport access code does not replace markings, warnings, instructions or conformity information required on the product, packaging or online listing under applicable rules. Equally, a CE declaration does not automatically create a battery passport.
If you sell consumer products online, safety and traceability information still matters. Regulation (EU) 2023/988 on general product safety covers consumer-product safety and aspects of distance sales. See also the guide to GPSR information required on product listings to distinguish online sales information from passport-specific data.
Common mistake: assuming a marketplace seller is outside scope
A marketplace may request documents or block a listing when it detects an inconsistency. Its checks do not transfer your obligations to the supplier or platform. If you import under your own brand or make the product available in the EU, you need to understand your role and be able to respond to documentary requests.
Which special cases should you assess before selling?
Integrated batteries, cross-border sales, refurbishment and products combining electronics with mobility require case-by-case assessment. Classification depends on the real product, intended use and how it is placed on the market.
A battery integrated into an e-bike may require a passport if it qualifies as a light means of transport battery and exceeds 2 kWh. Many e-bike batteries remain below that threshold, but you should check documented nominal capacity rather than estimate from a photograph or listing title.
An energy-storage battery sold with an inverter or charger can combine battery requirements with rules applying to electrical equipment. Documentation must then cover the system as sold. A pack modified after import, for example by replacing cells or adding a battery-management system, may change the assessment of the operator’s role and required documents.
End-of-life obligations and producer registration may also apply. Directive 2012/19/EU on waste electrical and electronic equipment may apply to equipment containing the battery, while national battery-scheme rules must be checked in each country. The guide to WEEE and battery producer registration helps you identify the steps to investigate; then verify requirements with the relevant national authority or approved compliance scheme.
For imports, an EORI number may be needed to complete customs formalities. The European Commission explains the function of EORI. The EORI file preparation service helps prepare an application; the number itself is issued by the customs authority, and the service is one-off unless included in a SaaS plan quota.
Tools and services to take action
- EU Market Entry Compliance Assessment: use it before a first shipment or new product range to build a plan of requirements to check, including DPP data readiness and battery registrations to investigate.
- Supplier Check: use it before ordering to centralise manufacturer information and identify documentary inconsistencies requiring review.
- HS classification assistant: use it to generate candidate HS codes, then confirm classification in the nomenclature and TARIC before import.
- Marketplace Product Compliance Scanner: use it before publishing a listing to identify compliance and traceability information to check on the product page.
- EU compliance tools: consult the tool catalogue when you need to combine customs, VAT, destination-country, supplier and import-document checks.
Frequently asked questions
Does the battery passport apply to portable batteries?
Not automatically. The Article 77 passport requirement in Regulation (EU) 2023/1542 covers electric-vehicle batteries and industrial or light means of transport batteries above 2 kWh. Portable cells and batteries may nevertheless be subject to other requirements under the Regulation.
Does a 2 kWh battery need a battery passport?
For industrial and light means of transport batteries, the Regulation refers to capacity above 2 kWh. A battery rated at exactly 2 kWh therefore does not fall within that passport obligation on capacity alone. You should still verify its regulatory category and all other applicable requirements.
Is a QR code enough to comply with the battery passport?
No. The access medium or unique identifier is only a way to reach the information. Compliance also depends on the required data being complete, accurate, available and updated for the battery concerned.
Does the battery passport replace CE marking?
No. The battery passport and CE marking serve different purposes. Where CE legislation applies, the manufacturer must still complete conformity assessment, compile technical documentation, carry out necessary testing and draw up the EU declaration of conformity.
Do I need a passport if I sell only through Amazon?
The sales channel does not change the requirement applying to the product. If the battery is within passport scope, selling through Amazon or another marketplace does not exempt you. The platform may also request information or block a listing where documents or displayed data are insufficient.
Who is responsible for passport data for an imported battery?
The answer depends on your role and the supply-chain structure. The manufacturer must provide information falling within its responsibility, while importers and other economic operators must ensure that the duties applying to them are met before the product is placed on the market. For a complex assembly or own-brand arrangement, have the allocation of roles reviewed by a suitably qualified professional.
Official sources
- Regulation (EU) 2023/1542 on batteries and waste batteries — defines battery categories, applicable obligations and the battery passport.
- Regulation (EU) 2024/1781 on ecodesign for sustainable products — sets out the broader Digital Product Passport framework and helps distinguish it from the battery passport.
- Regulation (EU) 2019/1020 on market surveillance and compliance of products — covers market surveillance and compliance responsibilities in the supply chain.
- Regulation (EU) 2023/988 — General Product Safety Regulation — covers consumer-product safety requirements and aspects of distance sales.
- Your Europe — CE marking — explains the principles of conformity assessment and CE marking.
- European Commission — TARIC consultation — lets you check tariff and customs measures applicable to goods.
- European Commission — Economic Operators Registration and Identification (EORI) — explains the role of an EORI number in EU customs formalities.
- Directive 2012/19/EU on waste electrical and electronic equipment — sets out the WEEE framework to assess where a battery is integrated into electrical or electronic equipment.
This content provides general information and does not constitute legal advice.