As a kind of renewable energy, solar energy has been widely used worldwide in recent years. With the continuous progress of technology and the enhancement of people’s environmental awareness, the construction and use of solar power generation system is becoming more and more popular. Among them, solar bracket, as an important part of solar power generation system, its role in solar energy engineering should not be underestimated.

Firstly, the main function of solar bracket is to support solar panels so that they can receive sunlight at the best angle. Since the position of the sun varies with the seasons and time of day, a reasonable tilt angle is crucial for improving the power generation efficiency of a PV system. The design of the support must be optimised according to the specific geographical location, climatic conditions and user requirements. Through scientific design and reasonable arrangement, solar bracket can maximise the output power of PV modules, thus promoting the economy of the whole solar project.

Secondly, solar bracket also plays an important role in ensuring system stability. The PV system is exposed to the external environment all year round and is subject to the influence of natural forces such as wind, rain and snow. Therefore, the material and structural design of the bracket must have good durability and wind resistance. The use of high-strength metal materials can effectively reduce the deformation and damage of the bracket, thus ensuring the safety and stability of the solar panels. In addition, the modular bracket design also makes installation and maintenance more convenient, reducing the maintenance cost of the project.

Furthermore, solar bracket also has the effect of promoting the efficient use of land resources. In the construction of large-scale solar farms, bracket can achieve elevated installation of modules, thus making full use of sunlight resources without taking up a lot of land. This way not only avoids direct conflict with farmland and ecological environment, but also can be combined with agriculture in some specific cases to form the mode of ‘agriculture and light complementary’, and realise the double use of resources.

Finally, the innovative design of solar bracket is also promoting the sustainable development of solar energy engineering. With the progress of science and technology, more and more solar mounts use lightweight, high strength materials, such as aluminium alloy and composite materials. The use of these new materials not only reduces the self-weight of the bracket, but also reduces the difficulty of transport and installation. In addition, some companies are beginning to explore the integration of monitoring equipment and intelligent management systems on the bracket to achieve real-time monitoring and data analysis of the PV power generation system. This intelligent trend provides new ideas for the subsequent management and optimisation of solar projects.

In summary, solar bracket plays an indispensable role in solar energy engineering. It not only supports and protects solar panels, but also optimises the efficiency of the system, improves the convenience of installation, and promotes the rational use of land resources and sustainable development. In the future, with the continuous progress of solar energy technology, the design and application of solar bracket will be more diversified and innovative, contributing more to the development of global renewable energy.