Rousheng Photovoltaic Mounting System

Product Details

By integrating spatial structural techniques such as suspension, tensioning, hanging, bracing, and compression, and employing a combination of flexible suspension cables and rigid bracing members—supplemented by prestressed steel strand tensioning and high-strength ground anchors—a large-span, high-clearance flexible load-bearing system is established.

Advantages:

1. Large spans and high clearances for more efficient space utilization: By employing spatial structural technologies such as suspension, tensioning, hanging, bracing, and compression—combining flexible suspension cables with rigid bracing members to form multi-span continuous structures—large-span coverage and high-clearance designs can be achieved. This feature minimizes obstruction of the ground surface, making it particularly well-suited for applications that require preserving ground-level activity spaces (such as vegetation growth and agricultural cultivation), thereby significantly enhancing overall land-use efficiency.
2. Exceptional adaptability and compatibility with complex environments: The system can flexibly accommodate topographic variations such as rolling mountainous terrain and dense vegetation, eliminating the need for large-scale land leveling. Installation is achieved simply by erecting foundations at appropriate locations and tensioning the prestressed components. In water bodies with stable water levels, such as lakes and fish ponds, a specialized “rigid columns + foundations + flexible supports” configuration can be implemented, thereby overcoming the traditional reliance of mounting systems on land-based sites and expanding the scope of photovoltaic project applications.
3. Flexible and straightforward construction with superior cost efficiency: Compared with traditional rigid supports, this system features lighter structural components, with the core installation process focused on foundation setup and the tensioning of prestressed steel strands and wire ropes. It eliminates the need for complex splicing and fastening operations, thereby significantly shortening the construction schedule, reducing requirements for construction equipment and site conditions, and indirectly lowering overall project costs.

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