Distributed wind solar complementary power generation is composed of wind power generation system and photovoltaic power generation system; Its basic equipment includes wind turbines, solar cell modules, solar array brackets, DC combiner boxes, DC distribution cabinets, grid connected inverters, AC distribution cabinets, and other equipment. In addition, there are power supply system monitoring devices and environmental detection devices; Its operating mode is to convert wind energy into electrical energy output by the wind power generation system at night and on cloudy and rainy days when there is no sunlight, or to generate electricity through photovoltaic power generation with solar radiation, or to simultaneously convert and output electrical energy with both wind and sun. The electricity is then sent to the DC distribution cabinet through a DC combiner box and converted into AC power by the grid connected inverter to supply the building's own load. Excess or insufficient electricity is regulated by connecting to the grid to adjust the all-weather power generation situation, which is more economical, scientific, and practical than using wind turbines and solar energy alone.

--The systems are independent of each other and can be controlled independently, avoiding large-scale power outages and ensuring high safety.
--Compensating for the lack of stability in the power grid and continuing to supply power in case of accidents has become an essential supplement to centralized power supply.
--It can monitor the quality and performance of regional electricity, which is very suitable for supplying power to residents in rural, pastoral, mountainous areas, developing large, medium, and small cities or commercial areas.
--Good peak shaving performance and simple operation