







The photovoltaic medium voltage block and edge pressure block are integral accessories for photovoltaic bracket systems, playing a vital role in securing and stabilizing these cutting-edge solar installations.
The photovoltaic medium voltage block is a crucial element for seamlessly connecting two photovoltaic panels. Its primary function lies in substantially enhancing the overall stability and wind resistance of the photovoltaic power station. By meticulously securing the junction between two pivotal components, this medium voltage block ensures the photovoltaic modules coalesce into a robust, unified structure post-installation, thereby withstanding diverse external pressures with aplomb.
The photovoltaic edge pressing block is ingeniously designed to affix the photovoltaic panels at the outermost perimeter of the bracket layout. Its precision-crafted design aligns perfectly with the thickness of the photovoltaic panels to deliver optimal fixation. Beyond securing the component bracket and preventing any displacement, the edge pressing block acts as a protective shield for the panel's edges, safeguarding them against potential damage from impacts or environmental elements.
When it comes to materials, photovoltaic medium voltage blocks and edge pressure blocks are typically constructed from high-strength and corrosion-resistant materials like aluminum alloys. These superior materials boast excellent mechanical properties and weather resilience, making them ideal for withstanding the rigors of harsh outdoor environments, thus ensuring the long-term, stable operation of photovoltaic systems.
In summary, photovoltaic medium voltage blocks and edge pressure blocks constitute indispensable components of solar energy systems. They provide robust support and comprehensive protection, guaranteeing the safe and efficient performance of photovoltaic modules once installed.