Communication base stations can utilize various configurations of wind-solar hybrid power systems, depending on factors such as the station's energy requirements, geographical location, and climatic conditions. When selecting a wind-solar hybrid system, the following factors should be considered:

1. Power consumption load of the base station: The electricity load of the base station is a critical factor in selecting a wind-solar hybrid system. The required power generation capacity and output must be determined based on actual conditions.

2. Local meteorological conditions: The intensity and stability of wind and solar resources are key factors affecting the performance of the hybrid system. Suitable wind turbines and solar panels should be selected according to local weather patterns.

3. System stability: The reliability of the wind-solar hybrid system is crucial. It is essential to choose wind turbines and solar panels with high stability, while also designing the system structure and control strategies rationally to ensure stable operation.

4. Maintenance costs: Wind-solar hybrid systems require regular maintenance and upkeep. Maintenance costs and cycles should be taken into account, and equipment and system structures that are easy to maintain should be selected.

Taking all the above factors into consideration, a wind-solar hybrid power system for communication base stations can adopt a configuration combining solar panels and horizontal-axis wind turbines. Solar panels generate electricity from sunlight and can meet the base station’s daily power demand, while wind turbines provide backup power during periods of strong wind, ensuring system stability. Additionally, wind turbines offer advantages such as low noise, strong wind resistance, and ease of maintenance, making them suitable for outdoor environments. This solution also features low costs and a fast return on investment, effectively fulfilling the power supply requirements of communication base stations.