In solar power plant construction, the solar mounting system is a key component. It not only supports the full weight of the solar modules but also ensures safe and stable operation under wind, rain, or snow. The right choice of solar racking system directly affects the lifetime and efficiency of the project.
First, consider the installation environment. For ground solar mounting, fixed tilt or tracking systems are commonly used. Fishpond or agrivoltaic projects require elevated structures to allow farming or aquaculture. For roof solar mounting, the solution should match the roof type, such as metal sheet or concrete roof.
Second, focus on material and corrosion resistance. Carbon steel mounts are strong and suitable for large solar power plant mounting projects, but need reliable galvanization to prevent rust. Aluminum alloy mounts are lightweight and naturally corrosion-resistant, making them ideal for roof solar mounting systems and distributed solar projects. Both options should ensure long-term outdoor durability and reduce maintenance costs.
Finally, work with a trusted solar mounting system supplier. A solar mounting system is not just steel and bolts—it requires structural design, mechanical strength, and engineering know-how. An experienced supplier provides reliable products, customized design, and professional after-sales service.
In short, selecting a solar mounting system should consider site conditions, material performance, installation efficiency, and supplier expertise. The right solution guarantees long-term stability and maximizes investment returns.
