Within its first 18 months, EXTENDED has achieved significant results, exceeding the current state-of-the-art. The consortium established use case requirements and definitions, with a focus on safety and security, guiding the development of technologies to meet KPIs for electric vehicles, buses, and stationary applications. These insights informed the development of specifications for the simulation platform, architectural design guidelines, and benchmarking of existing solutions.
EXTENDED generated conceptual designs for all major systems, including mechanical, thermal, and electrical components, utilizing a holistic approach to battery pack design. This approach prioritizes material and energy efficiency throughout the entire life cycle, optimizing production, enhancing durability and recyclability, and minimizing environmental impact. The project defined the battery management system, safety requirements, architecture, and a conceptual design for the mechanical solution.
Looking forward, EXTENDED has an ambitious plan to achieve higher technology readiness levels (TRLs), guided by analyses of key expected results (KERs). This roadmap will drive manufacturing technology development and address market needs.
To ensure continued success, EXTENDED requires further research and development, including demonstration projects to showcase capabilities and build confidence among potential users. Facilitating market access, securing funding, and implementing a robust commercialization strategy are vital for successful technology transfer. Protecting intellectual property, fostering international collaboration, and establishing a supportive regulatory framework are equally important for translating EXTENDED's research into impactful contributions to the field of sustainable and efficient battery technologies.
