Distributed photovoltaic is a new type of power generation and comprehensive utilization of energy with broad development prospects. It is different from traditional centralized power generation (thermal power generation, etc.) . It can not only effectively provide the power generation of the same scale system, but also effectively solve the problem of power loss in boosting or long-distance transportation.
Distributed photovoltaics are not only economical and energy-saving (generally self-generated and self-used, excess power can be sold to power supply companies through the State Grid, and the grid will supply power when insufficient, and subsidies can be obtained to save electricity costs); at the same time, heat insulation and cooling (in summer, it can be insulated and cooled for 3-6 degrees, can reduce heat transfer in winter) to further extend the service life of the roof. In the process of power generation, the distributed photovoltaic power generation project has no noise, no light pollution, and no radiation. It is a static power generation with zero emission and zero pollution in the true sense.
1. Industrial plant/park
Industrial plants are the most widely used and most industrial and commercial projects. Installing photovoltaic power plants in industrial plants can not only utilize idle roofs, but also revitalize fixed assets and save peak electricity bills; excess electricity is connected to the Internet to increase corporate income, promote energy conservation and emission reduction, and enhance the brand image of the company.
Skyworth Energy's distributed power station project in Yichun is built on the roof of an industrial plant, and different installation methods are designed according to different roof structures in the plant. The pier foundation is installed without damaging the roof, and it is installed according to the optimal inclination angle.
Photovoltaic carports are the easiest and most feasible way to combine with buildings. Photovoltaic carports can shade and protect from rain, have good heat absorption, and can also integrate light storage and charging, providing clean energy for new energy vehicles and battery cars. Improve aesthetics.
For example, Skyworth Energy has renovated the carport in the factory area that has been seriously corroded. After the transformation, the photovoltaic carport can have a service life of 25 years. It can not only generate electricity, but also save the replacement and maintenance costs of the carport in the later stage. While improving the economic value of land per unit area, it can also use photovoltaic power generation to create income, and the shape is more beautiful.
The installation of photovoltaic power plants in schools has natural advantages: the school has a wider roof, a good structure, and the electricity consumption is relatively stable; at the same time, the operation of the school is relatively stable.
4.Sewage treatment plant/water purification plant
Sewage treatment and water plants have large-area water treatment pools. The average annual power consumption of sewage treatment in sewage treatment plants is relatively large. Photovoltaic power generation projects can use the roofs, sedimentation sites, biochemical pools and contact pools of sewage treatment plants to install photovoltaic panels.
5.Expressway service area
At present, the mileage of highways in China exceeds 150,000 kilometers. Photovoltaic + highways have been widely used. Using the space resources of highways, the organic integration of photovoltaic power generation, transportation, energy saving and emission reduction has been realized.
In addition, distributed photovoltaic power plants are also widely used in hospitals, communication base stations, photovoltaic storage/logistics, government office buildings, warehouses, stadiums, etc.
Sweep the official account