Applicable scenes of tracking solar mounting system
1. Large-scale terrestrial solar power plant
Large-scale terrestrial solar power station covers a wide area and pursues the maximization of power generation efficiency.
Tracking solar mounting system can give full play to its advantage of enhancing power generation efficiency, and make large solar panels work efficiently through precise sun tracking on the vast land. For example, some large desert solar power stations in the west of China, after adopting tracking solar mounting system, the power generation capacity has been greatly increased, making an important contribution to the local energy supply and power transmission. At the same time, due to the large scale of the power station, the tracking stent in reducing the cost of electricity can also be fully realized, improving the overall return on investment of the power station.
2. Industrial and commercial roofs
Industrial and commercial roofs are usually large in area and the demand for electricity is concentrated in the daytime, which matches the time characteristics of solar power generation.
Installing tracking solar mounting system can increase the solar power generation capacity on the limited roof area to meet more electricity demand of the enterprises themselves and reduce the dependence on the power grid. Moreover, with the relatively high price of commercial and industrial electricity, the increased efficiency of tracking solar mounting system can be directly translated into more savings on electricity bills or revenue from electricity sales. For enterprises that have higher requirements on the utilization of roof space, the flexible installation characteristics of tracking racking can also better adapt to the shape and structure of the roof to achieve the optimal layout of the solar power generation system.
3. Agricultural solar projects
In agricultural solar projects, tracking solar mounting system has unique advantages. On the one hand, it can realize solar power generation without affecting the normal growth of crops. By adjusting the height and angle of the solar panels, it provides suitable light and shade conditions for crops and promotes crop growth.
For example, installing tracking solar mounting system on some vegetable growing greenhouses can generate electricity and adjust the light intensity and temperature in the greenhouses, realizing the organic combination of agriculture and solar energy industry. On the other hand, agricultural land is usually more dispersed and varied terrain, tracking bracket’s good terrain adaptability makes it possible to successfully install solar energy systems on different types of agricultural land, which promotes the extensive development of agricultural solar energy industry.
With its significant advantages in power generation efficiency, cost reduction and terrain adaptation, tracking solar mounting system has shown broad application prospects in many fields. Whether it is the efficient power generation pursued by large-scale terrestrial power stations, or the industrial and commercial rooftop and agricultural solar energy projects that take into account the utilization of space and efficiency, tracking solar mounting system can play an important role, and become one of the key technologies to promote the further development of solar energy solar industry. In the future energy field, tracking solar mounting system is expected to be more widely used and promoted.
