Buying an electric vehicle, especially a used one, often raises concerns about the battery's actual condition. Until recently, prospective buyers had to blindly trusting the seller's word or in the manufacturer's promises about how many charging cycles the component had left. To end this uncertainty and professionalize the sector, the European Union has promoted the so-called Battery Pass.
This system will function like a genuine Digital ID for batteriesallowing anyone to access the complete history of the part. This is not a suggestion, but a mandatory regulation for any vehicle equipped with a battery of 2 kWh or more. This means that, in addition to electric and hybrid passenger cars, other vehicles will also be affected. scooters, bicycles, motorcycles and vans that circulate through European territory.
Implementation details and timelines…
The regulations will come into full force on February 18th 2027From that date, no vehicle can be sold in the EU without this digital documentation. To facilitate access, the passport will be linked to the vehicle identification number (VIN) of the car and can be consulted by scanning a QR code located at strategic points, such as the hood, the driver's door or the charging port itself.
As for the cost, there will be no direct fee to access the information. However, managing this data involves technical expenses that manufacturers will likely pass on to the car's price. According to estimates from the firm Circulator, this The additional cost would be between 8 and 15 euros, a fairly reasonable figure considering the transparency it provides to the consumer.
What exact information does the Battery Pass contain?
The digital document is divided into very detailed information blocks so that both users and mechanics have total control of the component:
- Manufacturer and origin details: Include the category, model, production date, weight, and location where the battery was manufactured.
- Chemistry and composition: It details the use of critical materials such as lithium, cobalt, or nickel, the percentage of recycled materials, and the presence of hazardous substances.
- Performance and health: It specifies the nominal capacity, voltage, expected life in cycles, and energy efficiency, allowing you to know the health status (SoH) Of the device.
- Safety and maintenance: It offers guidelines for safe storage, handling instructions, and a history of incidents or breakdowns detected.
- Environmental impact and recycling: It collects the carbon footprint generated during manufacturing and the step by step instructions to safely remove the battery at the end of its useful life.
This advance is fundamental to boosting the circular economy in Spain and the rest of Europe. It not only helps determine if a used car maintains its range, but also facilitates the refurbishment of batteries. second life in storage systems domestic or industrial before being permanently recycled, ensuring that the materials are recovered in the most efficient way possible.