① Power generation side
Improve the schedulability of new energy sources and avoid abandoning light and wind.
Realize smooth output power of new energy, reduce impact on the power grid, and improve the utilization rate of output power lines.
Application scenarios: New energy sources such as photovoltaic power generation and wind power generation.
② Transmission side
Provide frequency regulation and peak shaving for the power grid.
Actively achieve active and reactive power generation to improve power supply quality.
Application scenarios: power plants, new energy power stations.
③ Distribution side
Improve the spontaneous self utilization rate and load self balancing rate of photovoltaics, and reduce energy exchange between the system and the power grid.
In the event of a power grid failure, the system can operate independently to ensure the power consumption of the load.
Application scenario: Microgrid, self use distributed power generation.
④ Electricity consumption side
Time of use electricity pricing, improving load characteristics, reducing electricity consumption and basic electricity costs.
Reduce the impact of impact loads on the power grid.
Application scenarios: High energy consuming enterprises and backup power sources for important national departments, such as electrolysis, electroplating, and metallurgy industries, as well as transportation departments such as trams, light rails, and subways. Electricity consumption in data centers, communication base stations, ports, remote mountainous areas, and other areas. Used as a backup power station for important departments such as government, hospitals, and military command centers. Essential energy storage technology for office buildings and homes. Relieve the capacity increase demand brought by electric vehicle charging.