The PV Flexible Mounting Support System uses high-strength pre-stressed steel strands/cables as core load-bearing members, forming a stable cable-net structure through pre-tensioning technology, combined with minimal vertical columns and anchor foundations to securely support PV modules. The system features three core advantages: high ground clearance, large span, and low cost. With single spans of 10-60 meters and ground clearance of 0.5-10 meters, it perfectly addresses complex terrain challenges including mountains, fishponds, rivers, highways, and wastewater treatment plants where traditional supports cannot be applied.

In terms of structural safety, the system is engineered through precise mechanical analysis to withstand Category 13 winds and  snow loads. During wind-induced vibration, elastic deformation dissipates energy, reducing module micro-crack rates by over 65%. Core cables employ hot-dip galvanized or zinc-aluminum-magnesium high-strength steel strands with superior corrosion and aging resistance, designed for a 25-year service life matching PV module longevity.

Regarding construction efficiency, the system adopts modular prefabricated design with no on-site welding or open flames. The sliding installation method significantly shortens construction cycles. Compared with traditional rigid supports, foundation pile usage is reduced by over 60%, construction periods shortened by 40%-60%, and labor and machinery costs substantially lowered.