New changes in Outdoor Photovoltaic Stents: Pushing the photovoltaic industry to a new height

Multiple application scenarios to meet different needs

From the perspective of application scenarios, the rich and diverse Outdoor Photovoltaic Stents meet the needs of different environments. The ground photovoltaic mounting system is suitable for vast plains, deserts and other open areas. Through large-scale array installation, it can efficiently collect solar energy. This bracket system has strong stability, can withstand the weight of large photovoltaic modules, and can adapt to different terrain conditions. Through reasonable foundation design, it ensures that photovoltaic modules can be firmly supported under various geological conditions, providing strong guarantees for the construction of large-scale ground photovoltaic power stations.

In some scenarios with special needs, such as the roofs of various buildings, shed photovoltaic mounting systems and a variety of mounting systems for different roofing materials play an important role. The shed photovoltaic mounting system cleverly utilizes the roof space of the building to achieve an organic combination of photovoltaic power generation and building functions, which not only meets the actual needs of sunshade and rain shelter, but also generates clean energy. The installation system for different roofing materials such as glazed tiles and color steel tiles fully considers the structural characteristics and material properties of the roof, and adopts a special connection method and design to ensure that the photovoltaic bracket can be firmly installed on the roof while avoiding damage to the roof, thus realizing the wide application of photovoltaic systems on the roofs of various buildings.

Intelligent tracking technology to improve power generation efficiency

It is worth mentioning that some Outdoor Photovoltaic Stents with advanced technology are constantly launched. The horizontal single-axis tracking support, through intelligent tracking technology, can make the photovoltaic components rotate with the movement of the sun, always maintain the best lighting angle, and greatly improve the utilization efficiency of solar energy. Compared with traditional fixed brackets, this tracking bracket can effectively increase photovoltaic power generation, obtain more electricity in a limited space, and bring higher economic benefits to photovoltaic power stations.

Material structure innovation, optimize installation costs

In addition, the application of new materials and structures has also brought innovation to Outdoor Photovoltaic Stents. For example, the C-shaped steel photovoltaic mounting system, in which the double inner-rolled C-shaped steel photovoltaic mounting system, with its unique structural design, reduces its own weight while ensuring strength, and reduces transportation and installation costs. The embedded pile photovoltaic mounting system adopts a new type of pile foundation technology, which reduces damage to the land, improves installation efficiency, and can also be well applied in some soft soil areas with high foundation requirements.

With the continuous innovation of technology and the continuous growth of market demand, Outdoor Photovoltaic Stents are developing in a more efficient, intelligent and environmentally friendly direction. These innovative outdoor photovoltaic brackets not only promote the advancement of photovoltaic power generation technology, but also provide important support for the realization of sustainable development of global energy, and will surely play a more important role in the future energy field.