Compared with other types of tracking brackets, the advantages of pusher tracking photovoltaic brackets are mainly manifested in the following aspects:

(1) Improve energy production efficiency: The pushrod tracking photovoltaic bracket can automatically adjust the angle of the photovoltaic module according to the position of the sun, so that it is perpendicular to the sun, thereby improving the light absorption rate and conversion rate of the solar panel, and effectively improving the power generation efficiency of the solar panel. According to relevant research, the power generation of push-rod tracking photovoltaic brackets can be increased by about 20%.

(2) Adapt to different power generation needs: Push rod tracking photovoltaic brackets can be designed according to different climates, terrains and application needs. For example, a single-axis tracking system is sufficient for low-latitude areas, a dual-axis tracking system may be considered for high-latitude areas or areas with frequent rainy and cloudy skies, and a non-axis tracking system may be more appropriate for areas with frequent strong winds.

(3) Reduce the cost of power generation: Although the cost of the push-rod tracking photovoltaic bracket is relatively high, it is a more economical choice because it can significantly improve the power generation efficiency and reduce the cost of power generation. Especially in low-latitude areas, due to the relatively stable solar radiation, push-rod tracking photovoltaic brackets can maximize the use of solar energy and reduce the cost of power generation.

(4) Improve the stability of the system: The pusher tracking photovoltaic bracket can automatically adjust the angle of the solar panel to cope with the change of the solar angle and improve the stability and reliability of the system. Under extreme climatic conditions, such as strong winds, heavy rain, etc., the push-rod tracking photovoltaic bracket can still maintain its original performance and stability.

In general, the push-rod tracking photovoltaic bracket is an important photovoltaic equipment with high efficiency, stability and strong adaptability. Under various environmental and climatic conditions, it can play its unique advantages and provide new possibilities for the optimization and improvement of photovoltaic power generation systems.