Study and development of a battery traceability system from a Circular Economy perspective
The growth of the electric vehicle market is making the traceability of batteries throughout their entire life cycle increasingly central: from production to use, from maintenance to reuse, and finally to material recycling.
In this scenario, the battery becomes a strategic element for the energy transition and the Circular Economy. Knowing its origin, composition, status, history, and performance over time means being able to improve supply chain management, increase transparency, support new business models, and prepare companies for the regulatory and industrial evolutions of the sector.
The project developed with Star7 stems precisely from this need: to study a system capable of collecting, organizing, and leveraging information related to electric batteries, creating the foundations for a true digital battery passport.
CIM supported Star7 in the study and design of a system for the traceability of electric batteries through the generation of QR codes containing the information necessary for the creation of a battery digital passport. The work involved the analysis of relevant information to be tracked, the definition of the system architecture, and the development of a model capable of integrating technical data, supply chain information, and requirements related to the Circular Economy.
The solution was designed to accompany the battery throughout its life cycle, making useful information accessible regarding the origin, characteristics, use, status, and potential second life of the product.
The activity also included a business positioning component, aimed at understanding the strategic value of traceability as a lever for new services, greater competitiveness, and industrial positioning in the electric mobility sector.
Through a digital traceability system, companies can improve control over product information, support more informed decisions throughout the battery life cycle, and enable models oriented toward reuse, predictive maintenance, recycling, and material recovery.
The impact is particularly relevant for companies operating in electric mobility, components, and industrial data management.
Study and development of a battery traceability system from a Circular Economy perspective
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