FAQs

We manufacture lithium pouch cells and also design and assemble battery packs and systems. This allows us to control cell structure, consistency, and performance, rather than relying solely on third-party cells.

Pouch cells offer several advantages over cylindrical and prismatic formats, including:

Higher gravimetric and volumetric energy density

Flexible form factor for system integration

Better thermal behavior and heat dissipation

Lower internal resistance variation

These advantages make pouch cells well suited for high-performance drones and space-optimized energy storage systems.

Yes. In addition to pouch cell manufacturing, we apply semisolid-state electrolyte systems and Z-stacking cell manufacturing processes in selected products. These technologies are industrialized and used to improve safety, consistency, and energy density in practical applications.

A semisolid-state electrolyte is a hybrid electrolyte system that combines the stability advantages of solid materials with the ionic conductivity of liquid electrolytes. Compared with conventional liquid electrolytes, it offers improved thermal stability, reduced leakage risk, and more consistent cycle performance, especially under demanding operating conditions.

Z-stacking is a pouch cell assembly method where electrode layers are stacked vertically rather than wound. This structure improves:

Space utilization

Internal resistance uniformity

Mechanical and pressure consistency

As a result, Z-stacking helps achieve higher energy density and more stable long-term performance, particularly for high-discharge and long-life applications.

No. These technologies are applied selectively, depending on application requirements, cost targets, and certification needs. We choose the most appropriate cell structure and electrolyte system for each project, rather than applying a single solution to all products.