What does a battery passport cost?
No amount in the law, but a real cost item
The battery regulation itself does not specify a price for a battery passport — Article 77 of Regulation (EU) 2023/1542 (battery regulation) describes what a passport must contain, how it must be accessible and who may enter data in it, but not what it may or must cost. This is also not surprising: the regulation establishes an obligation, not a market. What a passport costs depends on who creates it, how the data is supplied, and for how long it must be hosted. There is therefore no statutory fee to refer to, and anyone presenting such a fixed amount as "the official price" is citing something that is not in the regulation.
For whom this is relevant and for whom it is not
This question is relevant for everyone who will soon need to have a battery passport drawn up: importers of e-bikes and scooters, battery traders and machinery manufacturers who place industrial batteries above 2 kWh on the market. For them, the cost question is real, because compiling and hosting a passport for ten years is work that must come from somewhere — via an in-house IT system, via a service provider, or via a combination of both. What this is not about is the question of whether a passport is mandatory: that is a separate issue, which differs by product category and entry date and is found in the regulation itself, not in the cost breakdown. This also does not address any sanctions for failing to have a passport — that is a different question with a different answer.
What is already established now and what is still to come
The obligation to have a digital battery passport will apply from 18 February 2027. Until that date, there is no legal obligation to already have a passport, but that does not mean there is nothing to do: the data that will eventually need to be in the passport — origin, composition, performance, repair and recycling information — must be recorded and managed somewhere anyway. What is not yet established is a uniform market price for having a passport drawn up. This is not due to unclear legislation, but to the nature of the service: it is not a tax or fee with a fixed rate, but a service provided by different providers on different terms, depending on how much work it takes to convert a manufacturer's or importer's data into a passport that complies with Article 77.
How the costs are structured in practice
Anyone wishing to estimate the cost of a battery passport would do well to first look at what actually needs to happen. First, there is the collection of source data: information about the battery that is already available from the manufacturer or importer, but often not yet in the form required by a passport. This is followed by the compilation of the passport itself, including the linking to a QR data carrier that comes on or with the product. Next is the hosting: the passport must remain online and accessible for the required period, even after the product has long been sold. Each of these steps may involve one-off or ongoing work, and that ultimately determines the cost structure more than a fixed fee per passport. For those who wish to tackle this, it is practical to first inventory which data is already available and in what form, then determine whether this can be processed internally or must be outsourced, and only then compare quotes based on what exactly is being delivered: creation alone, or also hosting and the QR data carrier included.
What this is based on: Article 77 and the nature of the service
The content and function of the battery passport follow from Article 77 of Regulation (EU) 2023/1542 (batteries regulation); it sets out what a passport must contain and how it must be accessible, but contains no provision on costs or fees. The European Commission publishes background information on its batteries and accumulators page regarding the regulation as a whole, likewise without price agreements. That a market price is absent from both sources is therefore not an omission, but a consequence of the choice to establish an obligation without binding its implementation to a single party or fee.
Anyone who now wants to know what a battery passport will cost in their own situation is well advised to put their own product data in order — what information is already available, in what format, and for which batteries does the obligation apply — and use that overview as a starting point when comparing providers that create and host passports.
What this is based on
- Regulation (EU) 2023/1542, Article 77 (battery passport)
- European Commission — batteries and accumulators
The Regulation itself is on EUR-Lex. We refer for each statement; you need not believe us.
What you need to do concretely
What is expected of you
The Battery Regulation stipulates what must be included in a battery passport and when it must be there, but says nothing about what creating and managing it may cost. Article 77 of Regulation (EU) 2023/1542 (Battery Regulation) sets out the obligation for a digital passport with a unique identification code, linked to a QR code on the battery, containing technical, use and sustainability data. There is no price for this obligation in the regulation — it only arises in practice, from the choices a company makes about how to organize it.
Collecting and maintaining data
The passport is only as complete as the data that goes into it. For a company with 10 to 100 employees, this typically means that someone — often in the quality or procurement department — must request, check and keep up to date the technical documentation from the manufacturer or supplier whenever a model changes. This is not a one-time task but a recurring one, and the time it takes is a real cost item, even if no euros are paid to an external party.
Arranging a data carrier and hosting
Besides the content, a QR code must be placed on the battery that points to the passport, and that passport must be accessible online — for the period specified by the regulation. This requires a technical solution: build and host it yourself, or outsource it to a platform. Both routes have a cost, but that cost varies greatly depending on choice of supplier, number of product models and volume, and Article 77 makes no statement about this.
Implementing changes during the lifetime
A passport is not a snapshot. If the composition of a battery changes, a component is replaced, or the battery is given a second life, this must be reflected in the passport. Whoever gives a battery a second lifealso has to deal with this at the moment the battery's intended purpose changes. This management over the entire lifetime — sometimes ten years or longer — is an ongoing obligation, not a completed project after going live.
Where things go wrong in practice
Only one-off costs are budgeted. A quote for setting up the passport is compared and chosen, but the annual costs for hosting, updates and processing changes remain out of view. After a few years, the budget from back then turns out to cover only part of the actual expenditure.
The number of product models is underestimated. An importer who thinks of "one passport" often realizes too late that each model, each battery variant and sometimes each supplier change requires its own passport or its own update. Whoever is unsure whether the passport also applies to small batchesfaces the same question: the costs are closely linked to volume and variation, not to a fixed fee per company.
Internal hours are not included in the calculation. Compiling data, checking supplier documentation and keeping track of changes takes time from people who also have other tasks. In practice, that time is regularly forgotten in the cost estimate, even though it can be one of the largest cost items.
The chosen solution turns out not to scale afterwards. An emergency solution that worked for a few hundred units becomes untenable as the range grows or new models are added. What seemed cheap at first then becomes an expensive catch-up operation.
Testing before going live is skipped. To save time, a passport is put live immediately without checking whether the QR code works, whether the data is displayed correctly and whether the link to the product model is correct. Errors that then come to light — for example during an inspection — often cost more time and money to fix than testing the battery passport would have cost.
What you can record
- An overview of all product models for which a passport is required, including variations in composition or supplier
- A fixed procedure for requesting and verifying technical documentation from manufacturers or suppliers
- Agreements with the hosting provider concerning the duration of availability, updates and the charges invoiced annually for this
- An internal process for implementing changes so that adjustments to a battery are also reflected in the product passport
- A time estimate of the internal hours spent on data management, in addition to external costs
- A test protocol for go-live so that errors in the QR code or data do not only become apparent at a inspection by a competent authority come to light
Anyone seeking clarity on the approach itself will find an overview of the steps in step by step towards a battery passport; that often also makes it clearer which cost items arise where in the process.
This is not legal advice. This page provides general information about the legislation that this platform covers. We do not know your situation. If in doubt about your own case, consult a lawyer or the competent supervisory authority.
Written with AI based on the sources above, checked by a human on 2026-08-22. Is something wrong? Let us know — corrections take priority.