Technology

Efficient liquid circulation heat dissipation structure built for commercial and utility-scale energy storage equipment. Constant temperature environment effectively reduces battery attenuation, extends cycle life and avoids thermal runaway risks under high-load continuous operation.Stable temperature difference control lowers system energy consumption for heat management, adapting to high-temperature industrial parks, outdoor power stations and other complex operating environments.

All-round monitoring and intelligent balance system designed for lithium energy storage packs. Real-time collection of cell voltage, temperature and current data with multi-layer overcharge, over-discharge and short-circuit protection logic.Compatible with residential wall-mounted batteries, liquid-cooled C&I cabinets and large container energy storage equipment, supporting customized parameter adjustment for different application scenarios.

Cloud-based intelligent energy scheduling platform connecting photovoltaic modules, energy storage equipment and terminal loads. Automatically optimize charge-discharge strategies to maximize photovoltaic self-consumption and cut peak electricity expenses.Remote real-time access supports equipment status checking, fault alert and parameter modification anytime via PC or mobile terminals, simplifying daily operation and maintenance for households and industrial clients.

Our standardized independent energy storage testing lab is fully equipped for product verification. All energy storage products undergo comprehensive pre-delivery tests, including high-low temperature cycling aging, extrusion & impact safety tests, IP rating inspection, long charge-discharge cycle durability testing and electrical parameter calibration. Adopting strict standards compliant with IEC, CE and UL certifications, we guarantee stable and safe energy storage systems.