柔性光伏支架系统
柔性光伏支架系统是一种以预应力拉索为核心承重构件的创新型光伏安装解决方案。系统通过在两端刚性支架之间张拉高强度预应力钢绞线（或钢丝绳），将光伏组件直接固定于拉索之上，替代传统刚性钢架结构。该系统可有效突破传统支架在跨度、地形适应性方面的限制，在复杂应用场景中实现大跨度、高净空、低成本的部署效果
核心参数：
参数 | 数值 |
材质 | 铝合金6063-T5/热镀锌钢 |
抗风荷载 | 50m/s |
雪荷载 | 1.5kN/m2 |
设计寿命 | 25年 |
质保 | 10年 |
核心优势：
大跨度：可实现10~60m大跨度，在相同面积下组件铺设量约为固定支架的3倍，大幅提升土地利用率；
高净空：立柱高度可达10m以上，充分利用下部空间，适用于污水处理厂、农业种植等场景；
低含钢量：用高强度拉索替代大量受拉钢构件，用钢量大幅降低，经济性优势明显；
地形适应性强：无需大面积场地平整，可适应山地起伏、植被生长、水域等复杂地形；
多连跨灵活布局：可连续多跨布置（单跨10~60m），中间设置摇摆柱，端部设置支承结构。
适用场景：适用于传统刚性支架难以高效部署的各类场景，包括但不限于：污水处理厂、水库、鱼塘/滩涂（水面光伏）；山地、丘陵、戈壁[5]；农业大棚、农光互补；工业厂房连廊、停车场等大跨度高净空建筑。
Flexible PV Mounting System
The flexible PV mounting system is an innovative PV installation solution that uses prestressed cables as the core load-bearing members. By tensioning high-strength prestressed steel strands (or wire ropes) between rigid supports at both ends, PV modules are fixed directly onto the cables, replacing the traditional rigid steel-frame structure. The system effectively overcomes the limitations of traditional mounting systems in terms of span and terrain adaptability, achieving large-span, high-clearance and low-cost deployment in complex application scenarios
Core Parameters:
Parameter | Value |
Material | Aluminium alloy 6063-T5/Hot-dip galvanised steel |
Wind load resistance | 50 m/s |
Snow load | 1.5 kN/m² |
Design life | 25 years |
Warranty | 10 years |
Core Advantages:
Large span: can achieve a large span of 10–60 m; for the same area, the number of modules installed is about three times that of fixed mounting systems, greatly improving land-use efficiency;
High clearance: post height can reach over 10 m, making full use of the space underneath and suitable for scenarios such as sewage treatment plants and agricultural cultivation;
Low steel content: high-strength cables replace a large number of tension steel members, greatly reducing steel consumption with a clear cost advantage;
Strong terrain adaptability: no large-scale site levelling is required; it adapts to complex terrain such as undulating hills, vegetated areas and water bodies;
Flexible multi-span layout: continuous multi-span arrangement (single span 10–60 m) with rocking columns in the middle and supporting structures at the ends.
Application Scenarios: suitable for all kinds of scenarios where traditional rigid mounting systems are difficult to deploy efficiently, including but not limited to: sewage treatment plants, reservoirs, fishponds/tidal flats (floating PV); mountains, hills and the Gobi Desert; agricultural greenhouses and agrivoltaic sites; and long-span, high-clearance structures such as industrial plant corridors and car parks.