Battery Cell Products

Prismatic Solid State Cells

Prismatic solid-state cells are advanced lithium battery solutions that utilize solid electrolytes instead of traditional liquid ones, offering significant improvements in safety, energy density, and longevity. Their prismatic form factor allows for efficient space utilization and easy integration into battery packs, especially in electric vehicles and energy storage systems. These cells provide excellent thermal stability, reduced risk of leakage or fire, and support for high-voltage operation, making them ideal for demanding applications. With the potential for higher cycle life and enhanced performance at extreme temperatures, prismatic solid-state cells represent a next-generation energy storage technology focused on reliability, compactness, and long-term sustainability.

Prismatic Semi Solid State Cells

Prismatic semi‑solid‑state cells blend solid and limited liquid electrolytes (<10 wt%) to deliver energy densities ≥300 Wh/kg, surpassing conventional liquid Li‑ion batteries. They offer enhanced safety with reduced flammability and improved thermal stability . These cells support long cycle life 8000 cycles and wide temperature resilience, making them suitable for demanding applications . Moreover, they are compatible with existing Li‑ion production lines, enabling scalable manufacturing. Their rigid prismatic packaging also improves mechanical strength and thermal management, ideal for EVs, grid storage, and aerospace use cases .

Prismatic LFP Cells

EVPS’s prismatic LiFePO₄ (LFP) cells feature an aluminum-housing design that meets various dimensional standards and provide advanced safety via explosion-proof construction, anti-short-circuit mechanisms, and a high-performance isolation separator. They deliver low internal resistance, excellent rate capability, minimal heat generation, strong environmental adaptability, and a long cycle life. The products are also environmentally friendly and certified under GB, UN, and RoHS standards, making them suitable for applications in new-energy vehicles, energy storage systems, and telecom infrastructure