







The Photovoltaic Medium Voltage Block and Edge Pressure Block are indispensable photovoltaic bracket accessories that play a crucial fixing role within the solar energy system. These components are vital in ensuring the structural integrity and performance of the photovoltaic setup.
The ingenious design of the Photovoltaic Medium Voltage Block is primarily aimed at seamlessly connecting two photovoltaic panels. Its principal function is to significantly enhance the stability and wind resistance of the entire solar power station. By securely fastening the connection between key components, this medium voltage block ensures that the photovoltaic modules integrate into a stable whole post-installation, thereby fortifying the system against various external forces.
Designed for excellence, the Photovoltaic Edge Pressing Block is customarily deployed to securely anchor photovoltaic panels at the outermost edge of the bracket arrangement. Precision-engineered to match the thickness of the panel, it ensures optimal fixation. Beyond securing the component bracket and inhibiting bracket displacement, the edge pressing block also safeguards the edges from potential damage due to collisions or environmental elements.
Material selection is paramount for photovoltaic medium voltage blocks and edge pressure blocks, often utilizing high-strength, corrosion-resistant substances like aluminum alloys. These materials boast exceptional mechanical properties and robust weather resistance, adapting to diverse challenging outdoor environments. This ensures the photovoltaic systems' long-term stability and reliable operation.
In summary, photovoltaic medium voltage blocks and edge pressure blocks are indispensable components in any photovoltaic system. They provide unwavering support and essential protection, guaranteeing the safe and efficient operation of photovoltaic modules once installed, thus playing a pivotal role in the overall success and longevity of solar energy installations.