Advanced production management and traceability system to ensure high quality of cell.

Multi-level protective structures, automated manufacturing processes.

Extreme manufacturing plus automatic sorting process to ensure high-level consistency.

A variety of chemicals, including LifePO4, NMC, NCA etc.

UN38.3, MSDS, IEC, UL, RoHS compliant.

Laser welding manufacturing techniques to guarantee stable electronic connection.

Reliable structural strength and stability.

Suitable for all kinds of industrial voltage platform, easy maintenance.

Excellent cooling conditions and homogeneity of temperature.

Standard VDA battery module and its derivatives.

Balanced heat transfer performance, excellent cooling conditions and homogeneity of temperature.

Developed with LFP cell to ensure the highest safety.

Intelligent temperature control to adjust temperature automatically to cope with cold and heat. 

Multi-physics simulation technology and thermal runaway prevention technology are applied. 

The integrated liquid-cooled units selected are featured in adaptive adjustment of the operating state, reducing the auxiliary loss by 30%.

Balanced heat transfer performance, excellent cooling conditions and homogeneity of temperature.

Multi-physics simulation technology and thermal runaway prevention technology are applied. 

24-h monitoring, big data-based early warning, strong compatibility with Grid/Off-grid.

Intelligent temperature control to adjust temperature automatically to cope with cold and heat. 

The integrated liquid-cooled units selected are featured in adaptive adjustment of the operating state, reducing the auxiliary loss by 30%.

Modular structure design is able to compose varieties of electric voltage platform flexibly, all kinds of capacity level systems, and easy to maintain or repair.

Modular structure design is able to compose varieties of electric voltage platform flexibly, all kinds of capacity level systems, and easy to maintain or repair.

The integrated liquid-cooled units selected are featured in adaptive adjustment of the operating state, reducing the auxiliary loss by 30%.

24-h monitoring, big data-based early warning, strong compatibility with Grid/Off-grid.

Balanced heat transfer performance, excellent cooling conditions and homogeneity of temperature.

Multi-physics simulation technology and thermal runaway prevention technology are applied.