厦门虎克引入创新的光伏板固定块结构，提高安装效率和系统稳定性

HQ Mount (Xiamen) New Materials Co., LTD. today announced that its latest development of "a compact structure for photovoltaic panel fixation" has been officially authorized by the national patent (application number: 202211538227.2). This innovative design aims to solve several technical problems in the traditional photovoltaic panel fixing method, and further improve the installation efficiency, structural stability and corrosion resistance of the photovoltaic system.

The traditional photovoltaic panel fixing method usually requires the opening of strip holes in the C-beam, which not only reduces the structural strength of the beam but also increases the risk of corrosion. In addition, the installation process requires accurate alignment of the bar holes, which is time-consuming and labor-intensive, especially in large-scale photovoltaic projects.

HQ Mount's new block structure completely abandons the traditional bar hole fixation through its unique design. The structure includes a main body, a groove, a press plate, a connecting plate, a boss a corrugated plate, and other components, which can achieve rapid and stable installation of photovoltaic panels without damaging the C-beam.

The traditional fixing method needs to open bar holes in the C-shaped steel beam, which is easy to cause corrosion and structural strength decline. Hooke's block construction significantly increases the corrosion resistance and service life of the beam through innovative notches and platelets, eliminating the need for openings.

The corrugated plate and curved plate design in the pressed block structure increase the contact area with the photovoltaic panel, ensuring stability after installation, even in extreme weather conditions such as strong winds and rainstorms.

Traditional installation requires repeated alignment of bar holes, which is time-consuming and labor-intensive. The modular design of HQ Mount's block structure simplifies the installation process, eliminating the need for the installer to search for matching bar holes, greatly increasing installation efficiency.

The R&D team of HQ Mount (Xiamen) New Materials Co., Ltd. said that this innovative design not only solves the technical problems in the fixing of photovoltaic panels but also provides a new solution for the overall performance improvement of photovoltaic systems. Li Fugen, head of research and development, said: "We are always committed to driving the development of the industry through technological innovation. The introduction of this compact structure will bring higher efficiency and lower costs to PV EPC companies and installation teams while improving system reliability and durability."

As a technology pioneer in the photovoltaic field, HQ Mount (Xiamen) New Materials Co., Ltd. has focused on developing and producing new materials and photovoltaic system components since its establishment. The patented laminated structure is an important breakthrough for the company in the field of photovoltaic fixing, further consolidating its technological leadership in the industry.