This power generation system efficiently converts alternating current (AC) generated by the wind generator into direct current (DC) and stores it in a battery pack. When electricity is required, the hybrid solar wind system utilizes an inverter to convert the DC stored in the battery pack back into AC. This alternating current is then transmitted through the transmission line to power the user's load.

• The hybrid solar-wind power generation system is a hybrid renewable energy power generation system which integrates wind energy, solar energy, battery and other energy generation technologies and intelligent control technology.
• This solar power system integrates wind turbines and wind power generators. The wind turbines convert wind energy into mechanical energy, and then the generator converts the mechanical energy into electricity. Additionally, a controller charges a storage battery, which supplies power to the load through a solar inverter.
• In the photovoltaic power generation part, solar panels utilize the photovoltaic effect to convert light energy into electricity. This electricity charges the battery, and the solar inverter converts the direct current (DC) into alternating current (AC) to power the load.
• Furthermore, the wind-solar hybrid system includes automatic voltage stabilization, enhancing the power supply quality.
• The control component continuously adjusts the operation of the storage battery based on changes in sunshine intensity, wind power, and load. This ensures the overall solar power system's continuity and stability.
• The battery section converts the generated electrical energy into chemical energy, storing it for use during periods of insufficient power supply.

The utilization of wind energy and solar energy is fully employed for complementary power generation, eliminating the need for external power supply.
Eliminate the need of the construction of substations, installation of high and low voltage lines, and establishment of high and low voltage distribution systems.
It possesses the characteristics of day and night complementarity as well as seasonal complementarity, ensuring a stable and reliable system with excellent cost performance.
Significant reduction in maintenance workload and corresponding expenses for power facilities.
Independent power supply safeguards user consumption during natural disasters.
Low voltage power supply ensures safe operation and simplified maintenance.

The hybrid solar-wind power generation system primarily supplies dependable renewable energy to support communication base stations, microwave stations, border posts, remote pastoral areas, areas lacking access to electricity, and island regions. It serves locations that are geographically distant from the main power grid, where electricity is unavailable, population density is low, and power demand is minimal. Additionally, transportation to these areas is challenging, making this solar power system an ideal solution for meeting their energy needs.