Flexible Mounting Structure

The double-layer cable-stayed flexible photovoltaic (PV) support system employs an upper and lower cable truss structure, forming a load-bearing and stabilizing double-layer cable net through prestressed steel strands. This allows for a larger span (typically 30–40 meters) and higher clearance (usually below 8 meters). Compared to conventional fixed supports, the foundation usage may be reduced (data indicates approximately 55%, but actual figures vary depending on the layout), making it suitable for PV projects requiring reduced ground disturbance or improved land utilization. Primarily designed for wastewater treatment plants, agricultural-photovoltaic integration, and fishery-photovoltaic integration, it is adaptable to various terrains including mountains, hills, plains, deserts, and coastal areas.

Single-layer cable flexible photovoltaic (PV) support systems are PV module support systems that use prestressed steel strands as the main load-bearing components. Unlike traditional steel supports, they utilize tensioned steel cables instead of rigid beams, forming a stable load-bearing structure through columns and anchoring systems. This product is suitable for PV power plant projects requiring large spans or complex terrain conditions, and has potential in reducing the number of pile foundations and steel consumption.