What are the application scenarios of the products of photovoltaic module manufacturers?

The application scenarios of photovoltaic module manufacturers' products are very extensive, mainly including the following aspects:

Large-scale ground-mounted power stations: In areas rich in solar resources, such as deserts, Gobi, and plateaus, photovoltaic modules are installed on a large scale to form centralized photovoltaic power stations. These power stations can convert a large amount of solar energy into electricity and connect it to the power grid, providing a large amount of electricity for cities, industries, etc.

2. Industrial and commercial rooftops: The rooftops of industrial and commercial buildings such as factories, warehouses, and shopping malls have relatively large areas and are suitable for installing photovoltaic modules. The electricity generated can meet the enterprise's own electricity demand, reduce electricity costs, and the excess electricity can also be sold to the power grid to obtain additional income.

3. Residential rooftops: Small photovoltaic systems can also be installed on the rooftops of residential buildings, such as villas and self-built houses in rural areas. In addition to meeting the household electricity demand, it can also increase revenue, play the role of heat insulation and cooling, and extend the service life of the roof.

4. Photovoltaic carports: Build photovoltaic carports in parking lots, stations and other places, and install photovoltaic modules on the top. It can not only shield vehicles from wind and rain, but also generate electricity using solar energy to supply power to the charging facilities or other electrical equipment in the carport.

5. Building-integrated Photovoltaic (BIPV) : By integrating photovoltaic modules with components such as the roof, walls, and sunshades of a building, it enables the building to generate its own electricity, while enhancing the building's aesthetic appeal and energy-saving effects. It is suitable for both new construction and the renovation of existing buildings.

6. Agricultural sector: It includes models such as agricultural-photovoltaic complementarity, fishery-photovoltaic complementarity, and pastoral photovoltaic complementarity. Agripv complementarity involves installing photovoltaic modules above farmland and growing crops below. Fishery-photovoltaic complementarity involves installing photovoltaic modules above fish ponds, lakes and other water areas and conducting aquaculture below. The combination of animal husbandry and solar power involves installing photovoltaic modules on grasslands and other livestock sites to provide electricity for livestock production and offer shade for livestock at the same time.

7. Transportation field: It can provide stable power supply for traffic signal equipment such as navigation lights, railway signal lights, and highway wireless phone booths. It can also supply power to public lighting facilities such as solar street lamps and high-altitude obstruction lights, reducing maintenance costs.

8. Power supply for off-grid and special environments: Provide small power sources for remote areas without power grid coverage such as plateaus, islands, and pastoral areas, to meet the basic power needs of local residents for lighting, television, communication, etc. It can also provide reliable off-grid power supply for special scenarios such as cathodic protection systems for oil pipelines, Marine monitoring buoys, and meteorological observation stations.

9. Mobile and emergency scenarios: In scenarios such as outdoor travel, exploration, and RVS, flexible photovoltaic modules can serve as a portable energy solution to charge electronic devices. In disaster rescue or field emergency situations, it can also be quickly deployed as an emergency power source to supply power to rescue equipment.