In our mobile and fast-paced society, the demand for energy storage solutions has never been more critical. As we strive to build a sustainable future relying on renewable energy sources, the need for efficient and reliable energy storage becomes paramount
©Helmholtz-Institut Münster, Mohn
SAFELOOP's primary goal is to elevate the safety, sustainability, and performance of European Gigafactory scale LIB cells, aligning with the EUCAR Hazard Level 3 standards for mobility applications. This entails pioneering material innovations to improve battery safety, performance, and lifespan, with a target of achieving a 15% increase in cyclability by 2030 and doubling operational lifetime compared to 2019 levels. Moreover, SAFELOOP actively supports European competitiveness across the entire product lifecycle while integrating recycled materials from the closed loop supply chain, in line with the European Parliament's ambitious 2020 material recovery targets. Through comprehensive research, validation, and scalability planning, the project aspires to set new industry benchmarks for battery safety, reduce environmental impact, and advance Gen3 Li-Ion technology, contributing to a more sustainable energy storage landscape.
Improved safety and reliability at the level of automobile-grade LIBs and the entire EV battery value chain.
Enhanced performance of LIB technologies at different levels: materials, processes, cells, and battery packs.
Improved sustainability of automotive LIBs by using recycled materials.
Demonstrated cost competitiveness.
Identified IP strategies and business models for building a globally competitive, sustainable and safe battery industry in Europe.
SAFELOOP at a glance
15
Partners
12
Countries
36
Months
Duration
4.7m
Estimated
Cost
Funding
SAFELOOP is funded by the Horizon Europe programme.