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Technology & Manufacturing

Value Empowerment

Value Empowerment

Three Core Value Enablers

Safe & Worry-Free

With the efficient thermal management system and the high-performance PCS providing dual protection, precise temperature control throughout the entire range is achieved, eliminating heat accumulation. The inverter system has multiple levels of protection against overload, short circuit, and overheating. Combined with the inherent safety design of the battery cells, it blocks the spread of thermal runaway, ensuring safe and controllable operation under all working conditions.

Economically Efficient

Equipped with long-life battery cells, it reduces the cost of replacing consumables and minimizes long-term investment; combined with high-performance PCS, it enhances the utilization rate of electrical energy, resulting in lower energy consumption and loss, and offers low lifecycle operation and maintenance costs as well as an excellent return on investment.

Intelligent Operation and Maintenance

Relying on the efficient and balanced BMS intelligent core, it can monitor the voltage, current and temperature of the battery cells in real time, autonomously balance the voltage, issue fault warnings, trace data, and achieve autonomous system regulation and reduced personnel值守, as well as lightweight intelligent operation and maintenance.

Four Core Component Configurations

Long-life battery cell

All-temperature-range modified electrochemical battery cells, with excellent resistance to temperature fluctuations and aging during cycling, significantly extend the service life.

Efficient and balanced BMS

Global active balanced management, correction of single cell pressure difference, optimization of cell consistency, intelligent control of battery status.

High-performance PCS

Bidirectional conversion and voltage stabilization, with high conversion efficiency, strong load adaptability, and stable operation both in grid-connected and off-grid modes.

Efficient thermal management system

Global closed-loop temperature control, rapid preheating at low temperatures, rapid heat dissipation at high temperatures, and balanced temperature distribution throughout the entire package.