Standardisation plays a crucial role in advancing the electric vehicle (EV) market, particularly in battery development and production. It ensures safety, efficiency, and sustainability by providing consistent guidelines for manufacturing, testing, and recycling processes. Standardisation also supports the shift from mass production to customisation, aligning with evolving customer demands and competitive market dynamics. SPINMATE project plays a pivotal role in advancing the standardisation of Solid-State Battery (SSB) technology, ensuring that these batteries meet the stringent requirements of the EV sector. By aligning with EU and international regulations, the project supports sustainability across the entire battery lifecycle, from eco-design and production to recycling and second-life applications. This initiative contributes to the European Green Deal’s objectives for a circular economy and climate neutrality. At the core of SPINMATE is its emphasis on standardisation, which ensures that SSB cells meet the rigorous demands of the EV industry. By adopting innovative methodologies, including the use of digital twins and machine learning, the project optimises manufacturing processes, enhancing performance, safety, and sustainability. Collaboration with initiatives like SOLID4B and active participation in standardisation committees allows SPINMATE to influence the development of future standards, further connecting its contribution to the EV sector. INOVA, as the leader of standardisation activities within the project, has set clear priorities for standardisation efforts, including monitoring existing standards, fostering collaboration with other projects, and supporting the development of new standards for advanced manufacturing systems.
Duarte et al. (Tue,) studied this question.
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