Prismatic LFP battery cells have been proven in the market for many years, supported by highly automated production lines and stable large-scale manufacturing. They can be customized for different energy storage and backup applications, delivering outstanding safety, long cycle life, and reliable performance.
— Key Advantages —
Global Deployment
Widely deployed in global energy storage markets with demonstrated long-term reliability.
Intrinsic Safety
Intrinsically stable chemistry reduces thermal risks in large-format applications.
Grid-Scale Design
Designed for extended service life, making them ideal for grid-scale and stationary storage systems.
Smart Manufacturing
Mature supply chains and automated production enable competitive manufacturing and consistent quality.
Target Applications
Particularly suited for utility, commercial, and backup power applications requiring durability.
Prismatic Na-Ion Battery Cells
Sodium-ion battery cells are emerging as a next-generation energy storage technology, combining wide temperature operation, abundant material resources, and strong intrinsic safety. Engineered for scalable production, they enable reliable and cost-effective deployment in large-scale and distributed storage applications.
— Key Advantages —
Thermal Stability
Polyanion-based chemistries offer strong thermal stability and reduced risk under abuse conditions.
Resource Security
Sodium is one of the most abundant elements in the Earth's crust, supporting long-term security.
Cost Competitive
Potential to be 20–40% more cost-effective than LFP systems with large-scale production.
Lifecycle Performance
Designed to achieve lifecycle performance comparable to lithium-based batteries in stationary apps.
Wide Temp Range
Capable of stable operation across broader temperature conditions (approximately -40°C to 80°C).
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