







The photovoltaic medium voltage block and the edge pressure block serve as indispensable accessories for photovoltaic brackets, offering a critical role in securing and stabilizing the photovoltaic system. These components are pivotal for ensuring solidity and firmness in the layout of solar panel installations.
Engineered primarily for the connection of two photovoltaic panels, the photovoltaic medium voltage block significantly enhances the stability and wind resistance of the solar power station as a whole. By firmly securing the link between these crucial components, the medium voltage block not only stabilizes the photovoltaic modules post-installation but also empowers them to resist an array of external forces with tenacity.
Crafted for precision, the photovoltaic edge pressing block is engineered to secure panels at the outermost edges of the bracket configuration. Its meticulous design ensures compatibility with the panel's thickness, providing exemplary fixation. Beyond its anchoring capabilities, the edge pressing block plays a dual role in safeguarding the panel edges, shielding them from damage due to impacts and environmental conditions.
Fabricated from high-strength, corrosion-resistant materials such as aluminum alloys, photovoltaic medium voltage and edge pressure blocks boast superior mechanical properties and exceptional weather resistance. These attributes enable them to withstand the rigors of diverse outdoor conditions, assuring prolonged, stable operation and reliability of photovoltaic systems.
In essence, photovoltaic medium voltage blocks and edge pressure blocks are fundamental elements of solar systems. They deliver steadfast support and comprehensive protection, guaranteeing the photovoltaic modules' safe, efficient operation post-installation, thus contributing to the overall reliability and effectiveness of solar energy solutions.