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This solution is applied to scenarios such as new energy booster stations, PV power plants, wind power plants, PV equipment, wind turbine equipment, microgrid equipment, etc.

(1) Power generation side: reduce wind and PV curtailment, improve power prediction accuracy, assist frequency modulation control, and participate in electric power auxiliary services; (2) Power grid side: provide emergency standby and dynamic reactive support, improve new energy acceptance capacity, participate in power auxiliary services such as peak load and frequency regulation, and improve power grid reliability; (3) User side: delay distribution network expansion, reduce initial meter charges, provide emergency standby, improve power quality, and obtain income from demand-side response and peak-load shifting; (4) Multi-energy complementation and microgrid side: delay distribution network expansion, improve energy utilization rate, obtain income from demand-side response and peak-load shifting, provide power distribution and sales services, and provide reliable electric energy for remote areas

1. Independent/shared energy storage power station: 50MW/100MWh, 100MW/200MWh and GW energy storage power stations, etc.
2. Supporting energy storage for Wind-PV power stations: supporting energy storage projects for PV power plants/wind farms, such as 5MW/10MWh, 10MW/20MWh and above
3. Energy storage system for industrial and commercial parks: 2.5 MWh and above 10kV/35kV grid-connected energy storage system for industrial and commercial parks

Independent energy storage power station and shared energy storage power station

The solution can be widely applied in energy storage power stations, PV power plants, wind farms and wind-PV-storage integrated power plants

This solution is widely used in centralized wind farms and PV power plants