Energy storage in industrial and commercial plant areas
The factory builds an energy storage system and relies on three-phase inverters to complete battery charging and discharging, achieving peak valley electricity price arbitrage; Simultaneously adjusting three-phase imbalance, compensating reactive power, and reducing enterprise electricity expenses.
Integrated charging station for light storage and charging
Linking photovoltaics, energy storage, and charging stations, stabilizing the instantaneous impact load of charging stations, reducing transformer expansion investment, and achieving spontaneous self use and orderly charging.
Independent microgrid/off grid power supply project
Island, wilderness mining areas, remote villages and towns, combined with photovoltaic and wind power to form microgrids; Get rid of the public power grid to provide stable power supply and solve the problem of power supply.
Backup power supply for critical loads
Data centers, hospitals, and precision laboratories can quickly switch off grid modes in case of power grid failures to ensure uninterrupted operation of core equipment and avoid power outage losses.
Integrated energy system in the park
Industrial parks, office buildings, and commercial complexes will be built to create an integrated platform for power generation, grid, load, and storage, in conjunction with the EMS energy management system to optimize electricity scheduling.
New energy supporting energy storage project
Centralized/distributed photovoltaic energy storage and cascaded utilization battery energy storage projects serve as core equipment for AC-DC conversion.
