Photovoltaic ground

Photovoltaic ground refers to a solar photovoltaic power station that is connected to the public power grid and shares the power supply task. Its survey location is usually in a relatively flat and unobstructed area such as the suburbs. Such photovoltaic power plants are typically used on rooftops or in open spaces around large buildings or factories in industrial and commercial areas, as well as in agricultural areas such as around farms or livestock farms, to provide clean energy for a variety of applications.

Photovoltaic ground power plants have multiple advantages. First of all, compared with distributed photovoltaic power generation, ground-based centralized photovoltaic power generation can centrally deploy large-scale photovoltaic power stations and utilize solar energy resources more effectively. By selecting more efficient photovoltaic modules and optimizing their arrangement, power generation efficiency can be improved. At the same time, ground photovoltaic power stations can minimize the impact of buildings, trees and other obstructions on light and improve light energy utilization.

Secondly, the construction cost of ground-mounted photovoltaic power plants is usually lower. Building photovoltaic power stations on flat and unobstructed areas can reduce the length of cable lines and reduce grid access costs. In addition, centralized layout can better utilize large-scale equipment and construction scale effects, further reducing construction costs.

Finally, ground photovoltaic power plants have a wide range of application scenarios. In the industrial and commercial fields, it can provide stable power supply and reduce energy costs for factories, warehouses, shopping malls, etc. In the agricultural field, photovoltaic power stations can not only provide power support for agricultural production, such as irrigation systems and agricultural equipment, but can also achieve energy self-sufficiency.