







In the realm of photovoltaic systems, the photovoltaic medium voltage block and edge pressure block stand out as pivotal accessories for photovoltaic brackets. Their primary function is to serve as the linchpins in the system, ensuring unwavering stability and providing crucial support in affixing components. These elements are indispensable in maintaining the integrity and efficiency of the entire photovoltaic setup.
The photovoltaic medium voltage block excels in its role as a connector between two photovoltaic panels. This component is integral in bolstering the system’s stability and enhancing its wind resistance. By securing the crucial connection between the main components, the medium voltage block guarantees that the photovoltaic module coalesces into a cohesive and stable unit post-installation, capable of withstanding a myriad of external forces and pressures.
The photovoltaic edge pressing block is expertly designed to secure photovoltaic panels at the outermost edges of bracket arrangements. Precision engineering ensures that the design aligns perfectly with the panel thickness, achieving superior fixation. Beyond its primary role, the edge pressing block also acts as a guardian, preventing bracket displacement and shielding the panel edges from potential damage inflicted by environmental factors or inadvertent collisions.
Crafted from high-strength, corrosion-resistant materials like aluminum alloys, photovoltaic medium voltage blocks and edge pressure blocks boast remarkable mechanical properties and weather resilience. These materials confer the ability to withstand varied and challenging outdoor conditions, thereby ensuring the photovoltaic systems' long-term stability and reliable operation, even in the most demanding environments.
As quintessential elements of photovoltaic systems, the medium voltage and edge pressure blocks provide indispensable support and protection. Their presence ensures the safe, stable, and efficient operation of photovoltaic modules post-installation, underscoring their critical role in the seamless functionality of these renewable energy systems.