Technology and R&D Roadmap for GEN4 and GEN5 Batteries

• Room-temperature polymer compatible with high-voltage (HV) cathodes.
• Incremental design improvements to enhance reliability and manufacturing efficiency.

• Further optimization leading to unmatched energy efficiency and scalability for EVs.
• Aimed at providing 450Wh/kg: unmatched energy density and lightweight solid-state battery packs for durable electric transportation.

Targeting advanced solid-state battery systems for long-term applications in passenger cars, light commercial vehicles, and new mobility models and much more.

Target SOP (Start of Production) in 2030, marking a pivotal point for widespread adoption in commercial and passenger vehicle markets.

• Battery Chemistry
  Implementation of higher cathode loadings for increased capacity and energy output.

• Performance Improvements
  Target energy densities increase of up to +15% gravimetric density and +25% volumetric density, providing significantly improved range, capacity, and compact battery designs for next-gen EVs.

• Applications
  Designed for the next generation of large spread commercial vehicle platforms, passenger vehicles and new applications, as well as demanding energy storage solutions

• Timeline
  Technology readiness planned for post-2035, setting a long-standing and robust new industry standard for solid-state battery technologies.