ProLogium Technology and Rimac Technology have entered into a Memorandum of Understanding at the IAA Mobility Show 2025 in Munich to co-develop a next-generation battery platform. The collaboration pairs ProLogium’s “Superfluidized all-inorganic solid-state lithium ceramic battery” with Rimac’s expertise in scalable, high-performance automotive battery packs.
The MoU outlines four key objectives:
- Module-Free Architecture: The partners will integrate solid-state pouch cells directly into the battery pack, eliminating traditional module structures. This design is expected to lighten pack weight, simplify assembly, and deliver improved acceleration, extended driving range, and higher energy efficiency for end users.
- High Packaging Efficiency: By optimizing energy per unit mass and volume, the pack aims to maximize storage capacity without relying on pressurized modules. Consumers could benefit from fewer charging stops and enhanced convenience thanks to increased range in a more compact design.
- Advanced Thermal Management: A dedicated thermal management system will maintain safety and performance during prolonged or high-speed driving, helping to prevent overheating and reduce performance degradation over time.
- Scalability for High-Volume Production: The development process will focus on manufacturability and cost estimation, laying the groundwork for rapid adoption at scale. This approach may lower vehicle prices or battery replacement costs, making solid-state solutions more accessible to a broader customer base.
The design also supports disassembly down to individual cells, improving reparability, recycling, and material circularity while reducing the overall carbon footprint.
“We are excited to collaborate with Rimac Technology to bring our next generation solid-state battery innovation to series production,” said Vincent Yang, Founder and CEO of ProLogium Technology. “With our proprietary SF-Ceramion all inorganic electrolyte and active safety mechanism (ASM), we are redefining what is possible for electric mobility – enabling lighter, safer, and longer-range batteries that will accelerate the transition to a truly sustainable future and set a new battery industry benchmark.”
Rimac COO and Deputy CEO, Nurdin Pitarević said: “ProLogium’s solid-state technology perfectly complements our Next-Gen battery platform. This collaboration allows us to push the boundaries of energy density and safety even further, while maintaining our focus on production-ready solutions that will power hundreds of thousands of vehicles.”
At their IAA booth, ProLogium is showcasing solid-state cell prototypes and a design-for-disassembly module developed with France’s CEA-Liten, highlighting the convergence of safety, energy density, and sustainability across the battery lifecycle.
Source: ProLogium Press Release
