Technology-driven

By modifying positive and negative electrode materials, customizing special low-temperature electrolyte formulations, and optimizing electrode plate processes, a full temperature range electrochemical system is constructed, greatly expanding the applicable temperature range of the battery. The product can operate stably in a wide range of environments from -40 ° C to 80 ° C;

The high capacity retention rate of battery cells in low-temperature environments effectively solves common industry problems such as mineral field, oil and gas exploration, vehicle start-up in high-altitude areas, low-temperature power loss of outdoor special equipment, power drop, and sudden reduction in range. Relying on a mature electrochemical system that is synchronously compatible with both lithium and sodium battery product lines, taking into account the cost and performance requirements of different scenarios, whether it is industrial fixed energy storage or mobile power supply, it can adapt to complex regional climate conditions and avoid equipment shutdown caused by abnormal environmental temperatures.

Our self-developed full field adaptive intelligent BMS system is equipped with high-precision acquisition chips, which can monitor key data such as voltage, internal resistance, temperature, charging and discharging current of individual cells in real-time online. It achieves active balancing of individual cells, multi-level temperature control adjustment, and adaptive charging and discharging strategies.

The system can automatically optimize the discharge logic based on the usage environment and load conditions, suppress the accelerated decay caused by inconsistent battery cells, effectively extend the cycle life of the entire battery pack, and significantly reduce the battery replacement cycle. Simultaneously equipped with remote data upload, fault prediction, and abnormal alarm functions, it facilitates remote operation and maintenance management of industrial and commercial energy storage and project supporting power supply, reduces on-site inspection manpower investment, and compresses later operation and maintenance costs.

The company establishes a multi-level safety protection system from the selection of battery raw materials, internal structural design, module packaging to overall machine integration.

A highly stable main material at the battery cell end, optimized diaphragm and sealing structure, and improved anti puncture and anti short circuit capabilities;The module end is equipped with a flame-retardant insulation architecture and pressure relief protection design;
The integrated loop of the whole machine is equipped with multiple hardware protection circuits for overcharging, overdischarging, overcurrent, short circuit, and high temperature, combined with BMS software algorithm dual protection, to avoid safety risks such as thermal runaway, fire and liquid leakage from the source.