What are the application prospects of the products from photovoltaic module manufacturers?

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

1. Energy generation field

1. Large-scale ground-mounted power stations: In regions rich in solar resources, such as deserts and Gobi, large-scale centralized photovoltaic power stations are built. A large number of photovoltaic modules are installed on a large scale to convert solar energy into electricity and feed it into the power grid, providing large-scale power supply for cities, industries, etc.

2. Distributed photovoltaic power generation: It can be installed on the rooftops, walls, balconies and other locations of buildings, as well as in industrial plants, commercial buildings, residential buildings, etc., to meet their own electricity demands and feed the excess power into the power grid, achieving self-generation for self-use and surplus power to the grid. It has the advantages of small investment, short construction period and local consumption of power generation.

3. Special scenario power generation: For instance, building water-based photovoltaic power stations on water surfaces to utilize water resources such as lakes, reservoirs, and fish ponds, achieving three-dimensional comprehensive utilization of land resources; Flexible photovoltaic modules can be combined with building materials on the roof to achieve an integrated architectural design, enabling the building to have its own power generation function. This not only makes the building aesthetically pleasing but also reduces its energy consumption.

2. Transportation field

Electric vehicle charging: Install photovoltaic modules on the roof of the electric vehicle charging station to generate electricity from solar power to supply power to the charging piles, reducing reliance on traditional grid power, lowering charging costs, and achieving green charging at the same time.

2. Auxiliary power supply for vehicles: It can be installed on the top or surface of vehicles such as cars, ships, and aircraft as an auxiliary charging system. During operation, it uses solar energy to charge the on-board battery, thereby extending the driving range or reducing the consumption of traditional fuels.

3. Photovoltaic electric vehicles: Some new types of photovoltaic electric vehicles, such as photovoltaic bicycles and photovoltaic tricycles, directly utilize the photovoltaic modules installed on the vehicle body to provide part of the power for the vehicle, reducing the reliance on external charging facilities and improving the energy self-sufficiency rate.

3. Agricultural field

1. Agricultural greenhouses: Installing photovoltaic modules on the top of the greenhouse can not only provide shading and cooling for the crops inside the greenhouse, but also generate electricity using solar energy to support the irrigation system, ventilation equipment, lighting equipment, etc. inside the greenhouse, achieving dual benefits of agricultural production and photovoltaic power generation.

2. Agricultural and photovoltaic complementary: By installing photovoltaic modules in farmland, the land beneath can still be used for agricultural planting or breeding, achieving comprehensive utilization of land resources and enhancing the economic benefits per unit of land area. For instance, shade-loving crops can be grown under photovoltaic panels, and poultry and livestock can be raised.

3. Photovoltaic water pump irrigation: Utilizing the electricity generated by photovoltaic modules to drive water pumps, it provides water sources for farmland irrigation. It is particularly suitable for remote areas or farmlands not covered by the power grid, solving the problem of irrigation electricity and reducing irrigation costs.

4. Industrial field

1. Factory power supply: Industrial plants usually have large roofs, which are suitable for installing photovoltaic modules. Factories can utilize photovoltaic power generation to meet their own production electricity demands, reduce their electricity costs, decrease their reliance on external power grids, and at the same time, it helps enterprises achieve energy conservation and emission reduction goals and enhance their social image.

2. Special industrial applications: In some industrial scenarios with special requirements for power supply, such as mines, oil fields, and industrial bases in remote areas, photovoltaic modules can serve as independent power systems or be combined with other energy sources (such as diesel generators, energy storage batteries, etc.) to form microgrids, providing stable and reliable power supply for industrial production.

5. Civilian and commercial fields

Household electricity: Residents can install photovoltaic modules on their rooftops or courtyards to build a household photovoltaic power generation system, meeting their daily electricity needs such as lighting and the use of household appliances. They can also sell the excess electricity to the power grid to earn additional income. In addition, in some areas where power outages occur frequently, photovoltaic modules combined with energy storage devices can serve as backup power sources to ensure basic household electricity usage.

2. Commercial buildings: The rooftops and facades of commercial buildings such as shopping malls, office buildings, and hotels are relatively large. Installing photovoltaic modules can supply power to the lighting, air conditioning, elevators and other equipment inside the buildings, reducing commercial operation costs. At the same time, by adopting the photovoltaic building integration technology and integrating photovoltaic modules with the building's exterior design, the aesthetic appeal and technological sense of the building can be enhanced, attracting consumers.

3. Public facilities: Public facilities such as schools, hospitals and libraries can also install photovoltaic modules to generate electricity from solar power to meet their own electricity demands, reduce energy expenses of public institutions, and at the same time play a demonstration role in energy conservation and emission reduction, setting a green and environmentally friendly example for society.

6. Other fields

1. Outdoor leisure and emergency response: In outdoor activities such as travel, exploration, and camping, portable photovoltaic modules can charge electronic devices like mobile phones, tablets, and cameras, providing convenient power support for outdoor activities. In situations such as disaster rescue and emergency response in the wild, photovoltaic modules can serve as rapidly deployed emergency power sources, providing electricity for rescue equipment, communication devices, etc.

2. Power supply in remote areas: In remote mountainous regions, islands, deserts and other areas where power grids are difficult to cover, photovoltaic modules can serve as independent power systems to provide local residents with electricity for daily use, solve the power supply problems in remote areas, improve the living conditions of local residents, and promote economic development and social progress in remote areas.