Energy Storage Components

Ultra-high Adaptive Energy Storage Infrastructure

Explore efficient and safe ways for smart energy engineering routes


Three Advantages
Energy storage components are all tested for safety in multiple dimensions, and there is no thermal runaway battery pack technology
More Versatile
More Versatile
Modular design for greater versatility
More Innovative
More Innovative
Ultra-quiet DC system technology
Efficient thermal management technology
Energy Storage Components
Core Components of Cabinet/Container Energy Storage Products
The research and development of energy storage components adopts simulation design and automotive PACK-level technology to ensure the efficiency and safety of energy storage-related equipment, shorten product delivery cycles, and help major customers reduce costs and increase efficiency
All-round Mechanical Simulation

Reduce component development time, reduce manufacturing costs, and better meet technical iteration and user customization needs

Thermal Simulation

Calculate the heat dissipation risk of products in different operating scenarios to improve product reliability

Life Simulation

Big data analyzes the steady state and transient state of components, and reasonably improves the service life of the product

No Heat Spread and No Fire Technology

Equipped with accessories such as battery, BMS system, high-voltage connector, heat dissipation module, fixed structure, insulation module, etc., so that the battery module has protection functions such as overvoltage, undervoltage, overcurrent, insulation, short circuit, thermal failure, etc., and at the same time, the structure is fixed with the function of charging and discharging with the external connector with quick connection

Intelligent Manufacturing of Automotive Pack-level Production

Industry-leading technologies such as modularization and flexible design, from core technology to whole line integration, ensure high product consistency of energy storage equipment