TECHNOLOGY
Providing end-to-end support, from cells to systems
From cell design and BMS to final packaging — we pursue starting reliability in extreme conditions. Every stage managed in-house for consistent, stable quality.
-40°C Extreme Start Technology
Thanks to optimized electrolyte composition and innovative cell design, sodium-ion batteries enable instant startup even in extremely cold environments as low as -40°C. They’ve passed startup tests even in freezing conditions! Even if your car has been parked all winter, you can start the engine right away in the spring.
3,000+ Cycle Life Design
Optimized balance between electrode materials and electrolyte delivers 3,000+ charge-discharge cycles. More than 3 times the lifespan of conventional lead-acid batteries — significantly reducing replacement frequency.
BMS Multi-Layer Protection System
Equipped with a 5-layer protection circuit against overcharging, over-discharging, overcurrent, short circuits, and abnormal temperatures. Cell balance control and real-time monitoring ensure safety in any operating environment.
High Energy Density Cell Design
Maximizing energy density per unit volume through high-density electrode active materials and optimized cell structure. Lighter and more compact than conventional products — while delivering higher output.
Certifications that prove our reliability.
UN38.3
Compliant with international transport safety standards. Safe export of lithium and sodium batteries.
MSDS
Complete safety data sheets. Supporting safe handling and risk management for your business.
IATF16949
Aligned with global automotive quality standards. Consistent product quality you can rely on.
All major certifications in place. Ready with the documentation needed for smooth B2B transactions.
R&D — Driven by your challenges.
From cell materials and electrolyte to BMS logic — all developed in-house. Solving the real-world challenges you face: -40°C extreme starts, long cycle life, high energy density, and more.
