Some remote, non-grid areas usually require self-built power grids because of their small population and their long distance from the main grid lines. Using renewable energy to generate electricity and using microgrid technology is a wise solution.

"Photovoltaic + Energy Storage + EV Charging" is the most tacit and potential combination. Photovoltaic can be everywhere, and application scenarios cover almost all industries, such as ground power stations, industrial and commercial roofs, household roofs and so on. New energy vehicles are the inevitable trend of future automobile development. The combination of energy storage and photovoltaic, charging pile application scenarios, on the one hand, helps photovoltaic solve part of the generation redundancy and grid connection problems in the application process, and the other part gives play to the combination advantages to drive the multi-directional development of photovoltai...

With the aggravation of global environmental problems, the concept of urban green transportation has become more and more popular. The application of PV + transportation outlines the new version of distributed photovoltaic application. In recent years, rail transit has developed rapidly in China. Each rail transit line has a parking lot, a depot and a control center. Some rail transit lines also have elevated stations and elevated sections. The advantages of the site provide the possibility for the application of solar photovoltaic, wind power generation and energy storage integrated system in urban rail transit.The solution is applicable to the following scenarios:• PV+ high speed tunnel...

The application of PV power generation in agriculture not only solves the problems of power supply needed for water irrigation and mechanical power, but also generates excess electricity output on the grid. Therefore, PV agriculture is an important form of agricultural engineering that meets the requirements of the biological chain and the energy system of production raw materials. In the long run, the development of PV agriculture can not only solve the current problem of competition for land between PV industry and agricultural development, but also has important significance for China's agricultural transformation.

The application of PV power generation in fishery not only solves the problem of aquaculture power consumption but also reduces the aquaculture cost. At the same time, solar panels installed on fish ponds reduce the light, which is suitable for the cultivation of special sciophilous fish, and can also improve the quality and environment of pond water.