Classification By Application Scenario Of PV Support Bracket

(1)Pasture photovoltaic brackets

Relying on the terrain advantages and light conditions, the pastoral photovoltaic brackets use the photovoltaic power generation industry to establish a new development model of "pastoral photovoltaic complementarity". Not only has it achieved the green and low-carbon development of the photovoltaic new energy industry, but it has also promoted the transformation and upgrading of ecological animal husbandry and accelerated the transition to a benign cycle of grassland ecology and modernization, greening, and sustainable development.

(2)Sewage treatment plant photovoltaic brackets

The sewage treatment plant photovoltaic bracket is an innovative structure for installing photovoltaic modules. It has many important characteristics and advantages in sewage treatment plants. By using the space of the sewage treatment plant to install photovoltaic modules, the conversion and utilization of solar energy is realized, providing partial power support for the sewage treatment plant and reducing energy consumption. Reducing dependence on traditional energy and reducing carbon emissions will help achieve environmental protection and sustainable development goals.

(3) Photovoltaic brackets for agricultural greenhouses

Photovoltaic brackets for agricultural greenhouses are also for complementary agriculture and photovoltaics. Their structure is built in the shape of a shed. The photovoltaic brackets for the agricultural greenhouses are covered with solar photovoltaic modules, which can meet the different needs of different crops for light while ensuring that solar photovoltaic power generation supports the irrigation system of the greenhouse and the lighting and winter heating needs of the entire greenhouse crops.

(4) Photovoltaic brackets for highways

Photovoltaic brackets for highways are adaptable and can be used for different terrain conditions. They can adapt to steep mountains, plains, and gentle mountains. Therefore, they are widely used in the construction of photovoltaic power stations. With lightweight modules and double-sided photovoltaic modules, they can be better used in large-span photovoltaic parking lots in highway service areas, highway tunnel entrances, highway toll stations, highway bridges, and other scenes.

(5)Photovoltaic brackets for parking lots

More and more idle resources in parking lots are being used to generate electricity for photovoltaic brackets in parking lots. While generating electricity, they also provide the added value of shading and cooling for cars. Due to the large weight of photovoltaic panels, the size of photovoltaic brackets is larger than that of ordinary carports. When designing a parking lot photovoltaic bracket, appropriate stiffening plates should be used to enhance the rigidity of the column and maintain the stability of the structure.

(6)Roof photovoltaic bracket

While protecting the building from wind and rain, the roof photovoltaic bracket saves building materials, achieves maximum power generation efficiency, and realizes both functionality and beauty. It has good ventilation and heat dissipation performance to ensure good power generation efficiency of the components; carries out rigorous structural calculations and simulations to ensure the mechanical properties of the entire roof; has professional fire and lightning protection design to ensure the safety performance of the entire roof; and flexibly designs the roof inclination angle according to the characteristics of the building to ensure maximum light radiation and drainage performance.

(7)Tidal flat photovoltaic bracket

In tidal flat areas, due to poor geological conditions, special basic engineering measures need to be taken. Pile foundations or prefabricated pile foundations are generally used to enhance the stability of the bracket. According to the design requirements, the appropriate pile diameter and length are selected, and the pile is positioned. During the construction process, the verticality and horizontality of the pile foundation must be strictly controlled to ensure the stability of the photovoltaic components after installation. During the construction process, attention should be paid to protecting the environment, avoiding pollution and damage to the tidal flat, rationally utilizing resources, and minimizing land occupation and material waste.