The cross brace is used for structural reinforcement in ground-mounted photovoltaic (PV) mounting systems, primarily serving to enhance the overall wind resistance and lateral load capacity of the structure. The product is typically manufactured from high-strength steel, offering excellent tensile properties and stability.
Through its connection with the support structure, the cross brace effectively restricts structural displacement, thereby improving the safety of the system under severe weather conditions. Its installation points are flexible and can be adjusted according to the project's structural design.
This product is widely used in ground-mounted PV projects with large spans or in high-wind-pressure regions. It is an essential auxiliary component for improving the reliability of the mounting system.