The CAMPRES project originates from the convergence of expertise in thermoplastic polymers and the containment of batteries for automotive applications. It focuses on the development of innovative composite materials for the containment of lithium batteries in energy storage applications suitable for any installation scenario. The materials are designed to be fire-resistant and provide a high level of protection in the event of external incidents (fires) or thermal runaway of the batteries. CAMPRES defines a modular architecture that offers flexibility in the design of Energy Storage systems to meet the specific needs of different use cases and promote more efficient and optimized installations.
Mass production technology enables cost reduction and improves the efficiency of the manufacturing process, ensuring a rapid time-to-market. The proposed concept promotes the establishment of standards that enhance the interoperability of battery elements across different usage scenarios in line with the principles of circular economy and the second-life management of lithium batteries. CAMPRES provides innovative and advanced solutions that contribute to the transition toward a sustainable energy future.