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PRODUCT DESCRIPTION


XIRI SOLAR flexible support has a single-layer cable technology scheme to meet the construction needs of complex and diverse photovoltaic power stations with mixed scenes, such as agriculture, fishery, mountains, mudflat, etc., and has high composite utilization efficiency. Under the premise of vigorously advocating the complementarity of fishing and agriculture, flexible photovoltaic brackets have broad application prospects.
Starting from the basic stress characteristics of suspension structures, we establish and adjust the magnitude of prestress to obtain the ideal stiffness and shape stability of photovoltaic structures, and design different product configurations based on different projects.
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HIGHLIGHTS

应用场景丰富
应用场景丰富

解决机耕农用地、污水池面、廊道、河道等高大跨度难题,尤其适合农光互补、渔光互补、大型养殖场、污水处理厂等各种环境;

应用场景丰富
应用场景丰富

解决机耕农用地、污水池面、廊道、河道等高大跨度难题,尤其适合农光互补、渔光互补、大型养殖场、污水处理厂等各种环境;

造型轻盈通透,提高土地利用率
造型轻盈通透,提高土地利用率

造型轻盈美观,柱网简洁,高度空间提升便利,对原有地貌干扰小,地面可充分再利用

造型轻盈通透,提高土地利用率
造型轻盈通透,提高土地利用率

造型轻盈美观,柱网简洁,高度空间提升便利,对原有地貌干扰小,地面可充分再利用

改变通风和光照布局,提升发电收益
改变通风和光照布局,提升发电收益

阵列整体通风好,阳光漫反射均匀,提高双面组件发电效率

改变通风和光照布局,提升发电收益
改变通风和光照布局,提升发电收益

阵列整体通风好,阳光漫反射均匀,提高双面组件发电效率

刚柔相济,提高安全性、耐久性
刚柔相济,提高安全性、耐久性

突破早期柔性支架采用钢绳易引起强烈风振,造成组件隐裂的技术局限,应用预应力悬索及抗风索通过动平衡方式释放风载,提升抗台风能力,规避组件隐裂风险

刚柔相济,提高安全性、耐久性
刚柔相济,提高安全性、耐久性

突破早期柔性支架采用钢绳易引起强烈风振,造成组件隐裂的技术局限,应用预应力悬索及抗风索通过动平衡方式释放风载,提升抗台风能力,规避组件隐裂风险

专业施工技术,节约物料,施工工期可控
专业施工技术,节约物料,施工工期可控

柔性支架空间结构合理,用钢量少,自重轻;连接件安装效率;专业施工保证集成系统品质,保证性价比



专业施工技术,节约物料,施工工期可控
专业施工技术,节约物料,施工工期可控

柔性支架空间结构合理,用钢量少,自重轻;连接件安装效率;专业施工保证集成系统品质,保证性价比



圆管设计,超强抗扭,精准定位安装
圆管设计,超强抗扭,精准定位安装

“缩管+胀套螺栓”贯穿连接,回转可独立拆装。主轴与檩条定位配合,防止相对旋转滑移。

圆管设计,超强抗扭,精准定位安装
圆管设计,超强抗扭,精准定位安装

“缩管+胀套螺栓”贯穿连接,回转可独立拆装。主轴与檩条定位配合,防止相对旋转滑移。

solution

Single-layer cable flexibility scheme


The support foundation adopts PHC pipe piles, and the steel beams and PHC pipe piles are fixed by on-site welding, and anti-corrosion treatment is carried out after welding; Squeezing and tensioning equipment are required for on-site installation.


Related cases >

Single-layer cable flexibility scheme


The support foundation adopts PHC pipe piles, and the steel beams and PHC pipe piles are fixed by on-site welding, and anti-corrosion treatment is carried out after welding; Squeezing and tensioning equipment are required for on-site installation.


Related cases >

Two-layer cable flexibility scheme


The span range is about 40m, with a strong wind resistant and stable structure. On the basis of single-layer cables, the span is increased, costs are reduced, and land use efficiency is improved.

Two-layer cable flexibility scheme


The span range is about 40m, with a strong wind resistant and stable structure. On the basis of single-layer cables, the span is increased, costs are reduced, and land use efficiency is improved.

Flexible scheme of large-span double-layer cable


The project jointly developed with Southeast University can achieve a long span of about 60m, further improving power generation and land use efficiency, and reducing costs.

Southeast University establishes close cooperation

Laboratory modeling and wind tunnel analysis

Force analysis is more in line with the actual situation

Flexible scheme of large-span double-layer cable


The project jointly developed with Southeast University can achieve a long span of about 60m, further improving power generation and land use efficiency, and reducing costs.

Southeast University establishes close cooperation

Laboratory modeling and wind tunnel analysis

Force analysis is more in line with the actual situation

Application scenario

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