Solar power generation is a type of renewable energy, and installing solar panels requires a mounting bracket to secure the solar panels. Below, we will detail the different types and characteristics of solar panel mounts.
First, the unique design of solar panel mounts allows for angle adjustment based on different regions, thus fully utilizing local solar resources and maximizing the power generation efficiency of the solar modules. Furthermore, detailed analysis and practice have been conducted on connection methods, material selection, and load-bearing analysis of the mount, resulting in excellent physical properties such as earthquake resistance, wind resistance, snow pressure resistance, and corrosion resistance. This allows photovoltaic modules to be applied to a wider range of regions, providing more stable and reliable support for solar power generation.
Second, solar panel mounts are generally made of either aluminum alloy or stainless steel. Large-scale photovoltaic power generation companies commonly use galvanized metal materials. This material is relatively inexpensive, has a high load-bearing capacity, and features a rotating mechanism that adjusts its angle according to the sun's rotation, thereby maximizing solar energy utilization.
Finally, solar panel mounts can be classified according to the installation location and the mount's structural form. Based on the installation location, we can divide solar panel mounts into ground-mounted mount systems and rooftop mount systems. Based on their structural form, support systems can be categorized into BIPV (Building Integrated Photovoltaics), column supports, and tracking supports. Each of these different types of supports has its unique characteristics and advantages, allowing for the selection of the appropriate support based on specific needs.