GEN4 SOLID-STATE Specifications Targeted Properties with Differentiating Characterictics

Blue Solutions’s Gen4 solid-state batteries deliver exceptional energy density, which greatly enhances driving range. With volumetric energy densities exceeding 900 Wh/L for NMC and over 600 Wh/L for LMFP cathodes, and gravimetric energy densities of more than 450 Wh/kg for NMC and over 350 Wh/kg for LMFP ensure lightweight and easy to integrate very flexible battery designs. This high energy density battery improves vehicle design, range, weight and efficiency, offering manufacturers unprecedented freedom in any kind of vehicle project.

Highly recyclabe cells, the GEN4 battery is thermally stable with solid electrolytes ensuring enhanced safety, even at high temperatures.

The batteries support a fast charging rate of over 3C, allowing a charge of more than 70% of battery capacity in under 20 minutes in a sustainable and durable way. This rapid recharging capability aims to revolutionize driver experience and minimize downtime, particularly for EV users with high daily mileage. Such advancements directly address the critical needs of a rapidly growing, fast-paced electric mobility market.

The battery cells are designed to operate under low pressure conditions (<2 bars), ensuring integration flexibility and reliability during all cycles of operation. This low operational pressure reduces complexity, and enhances integration with a wide variety of vehicle designs.

The batteries are produced in a pouch or prismatic cell format, optimized to meet the stringent requirements of automotive OEMs. This highly adaptable packaging design enables seamless integration into different vehicle platforms, offering manufacturers maximum compatibility while maintaining durability and reliability through rigorous battery usage.

The Gen4 solid-state battery electrolyte is compatible with multiple cathode chemistries, including NMC for batteries requiring very high energy density applications and LMFP for demands focused on cobalt- and nickel-free batteries. This flexibility ensures that the battery design supports varied consumer and industrial needs while promoting sustainability by minimizing reliance on rare-earth materials.