Photovoltaic support technology innovation opens up a new dimension of green energy
2025-06-15
Recently, a number of technological achievements have emerged in the field of photovoltaic brackets. According to information from the State Intellectual Property Office, a patent entitled "Anti-frost heave pile foundation for photovoltaic bracket installation in frozen soil areas" has been authorized. The patent involves an innovative technology for installing photovoltaic brackets in frozen soil areas. Through special installation components and reinforcement methods, it can solve the problem of unstable foundations in frozen soil areas, and provide technical support for the construction of photovoltaic power stations in cold areas.
At the same time, the patent for "A spiral ground pile straightening and installation auxiliary device for ground photovoltaic brackets" was born, which can keep the spiral ground piles vertically to ensure the installation accuracy and stability of ground photovoltaic brackets. It is more advantageous when used on uneven ground, and can improve the installation efficiency and quality of photovoltaic brackets.
In addition, a patent for a leak-proof photovoltaic bracket structure has also been approved. This bracket structure does not require drilling holes on the roof during installation. Through special screws, guide rods and rubber pads, it can isolate water flow and prevent roof leakage. This innovation is of great significance for roof photovoltaic applications, and is expected to solve the problem of roof leakage and promote the development of the roof photovoltaic market.
Flexible bracket advantages help "photovoltaic +" projects
At the Yunnan New Energy High-quality Development Seminar, flexible brackets became the focus of attention. Compared with traditional photovoltaic brackets, flexible brackets show good performance in mountain project applications. It can adapt to larger slopes and can cross landforms such as ridges, terraces and gullies. It performs well in terrain adaptability, land efficiency, construction convenience and product reliability. It can increase a certain amount of photovoltaic installed capacity on the same area of land.
At present, some companies have developed the fourth generation of flexible bracket products, which adopts a spatial cable net design and a flexible cable rod stabilization system between rows. It has good wind resistance and can withstand external loads. It has also passed the wind tunnel test of Nanjing University of Aeronautics and Astronautics and the extreme working condition test of Xinjiang Thirteen Rooms. It has high safety and reliability in the face of extreme weather.
The photovoltaic bracket market has a good prospect
As the global demand for green energy increases, photovoltaics, as a clean and renewable energy, are ushering in development opportunities. The International Energy Agency (IEA) predicts that by 2030, the global photovoltaic installed capacity will increase significantly, which will bring growth space to the photovoltaic bracket market. Driven by technological innovation, the performance and quality of photovoltaic brackets are constantly improving, and the application scenarios are becoming increasingly diverse. From land to water, from roofs to mountains, photovoltaic brackets are helping global energy transformation and sustainable development in a variety of forms.
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Jiangsu Hongdi New Energy Technology Co., Ltd.