Application Scenarios Of Tracking Photovoltaic Brackets

A tracking photovoltaic bracket is a photovoltaic bracket that can rotate with the sun, which can optimize the efficiency of solar energy reception and improve power generation efficiency. The following introduces the application scenarios of tracking photovoltaic brackets from multiple aspects:

1. Large-scale ground-based centralized photovoltaic power stations

Large-scale ground-based centralized photovoltaic power stations usually need to be built on a large area of flat land, and large-scale photovoltaic modules are installed on the ground. The electricity is transmitted to the power grid through centralized management and control. Its advantages include high energy output, low cost, easy maintenance and management, etc. The tracking photovoltaic bracket can automatically adjust the direction of the photovoltaic panel according to the sunshine angle and light intensity, absorb solar energy to the greatest extent, and improve power generation efficiency.

2. Industrial and commercial roofs

Building tracking photovoltaic brackets on the roofs and open spaces of industrial and commercial buildings can provide clean energy for the enterprise itself and feed back excess electricity to the power grid, reducing energy waste, and costs. Compared with fixed photovoltaic systems, tracking photovoltaic brackets have many advantages in industrial and commercial roofs and ground scenarios.

Since tracking photovoltaic brackets do not need to be fixed in one location like fixed photovoltaic systems, but can flexibly follow the movement of the sun, their footprint is relatively small. In particular, tracking photovoltaic brackets on industrial and commercial roofs can make more effective use of limited space.

3. Photovoltaic power stations on both sides of the highway

Building tracking photovoltaic brackets on both sides of the highway can not only provide clean energy for residents but also power the highway and achieve sustainable development. In addition, this layout can also effectively utilize idle land resources on both sides of the highway and increase economic benefits.

4. Agricultural greenhouses

Installing tracking photovoltaic brackets in agricultural greenhouses can provide a good sunshine environment for plants, promote crop growth, provide clean energy for greenhouses, reduce costs, and create economic benefits.

5. Power-deficient areas such as Africa

Building tracking photovoltaic power stations in power-deficient areas such as Africa can alleviate local energy shortages. Since these areas are rich in solar energy resources, the use of tracking photovoltaic brackets can maximize the use of solar energy resources.

6. Fishery-photovoltaic complementary photovoltaic power station

The fishery-photovoltaic complementary photovoltaic power station is a new energy project that combines fisheries and photovoltaic power generation. It provides additional economic benefits to fishermen by arranging photovoltaic panels on the water surface, and can also deliver clean renewable energy to the local area. Tracking photovoltaic brackets can use the space on the water surface to increase the amount of solar energy collected, and will not occupy farmland or construction land. Secondly, while providing clean energy, it can also provide fishermen with an additional source of income.