To won’t be just a QR code. The Battery Passport will transform product management across Europe.
Many companies believe that the EU Battery Passport will simply be another QR code placed on a battery. However, this is only a small part of the changes introduced by the new EU regulations.
In reality, businesses will have to create a digital history for every battery — from the moment raw materials are sourced, through production and use, all the way to recycling. For manufacturers, this means organizing thousands of data points that today are often scattered across different departments.
We have written more about the Battery Passport in the articles below:
Digital Product Passport and the EU Battery Regulation: the foundation of a transparent and circular EU industry – e-magazyny.pl
China’s battery “passport” (Digital ID) vs. the EU Battery Passport
EU Regulation 2023/1542 and BESS: carbon footprint, recycled content, battery passport – what does it mean for EPCs and project financing? – e-magazyny.pl
The QR code is only a “window” into a massive database
The Battery Passport will be accessible by scanning a QR code, but the code itself is not what matters. What truly matters is the information behind it — whether it is complete, reliable, and up to date.
The new regulations require companies to provide a wide range of data about the product, its composition, technical parameters, and environmental impact.
What information will the Battery Passport contain?
The scope of data is much broader than many companies assume. The digital passport must include, among other things:
- manufacturer and battery model identification data,
- information on materials and raw inputs used,
- the product’s carbon footprint,
- the share of recycled materials,
- technical parameters, capacity, and expected lifetime,
- information facilitating repair, reuse, and recycling.
This means that a battery will become one of the most thoroughly documented products placed on the EU market.
The biggest challenge? Data, not technology
Contrary to appearances, the hardest part will not be creating a website or generating a QR code.
The real challenge will be gathering all required information and keeping it up to date. In many companies, data is stored in different IT systems or scattered across departments such as procurement, production, quality, logistics, R&D, and sustainability.
On top of that, there is data coming from suppliers of raw materials and components, which also must be properly documented.
Companies underestimate the scale of change
Experts point out that many businesses still view the Battery Passport as a simple administrative requirement. In reality, it is a project that covers nearly the entire supply chain.
Without proper preparation, companies may struggle not only to provide the required information but also to update it whenever the product, supplier, or production process changes.
Where to begin?
The first step should not be choosing a platform for generating QR codes. What matters far more is checking whether the company has all the required data and whether it can manage that data effectively. It is worth conducting an information audit, identifying data owners, and assessing whether the organization can continuously update information throughout the battery’s lifecycle.
Ultimately, the quality of data management will determine whether implementing the EU Battery Passport becomes a simple obligation or one of the biggest organizational challenges of the coming years. In practice, the digital passport will not be just another label on a product. It will become a tool that enforces greater transparency across the battery market and changes how manufacturers manage information about their products.