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.

Rich application scenarios

Solve the problem of large span in machine cultivated agricultural land, sewage pool surfaces, corridors, rivers, etc., especially suitable for various environments such as complementary agricultural and fishery lighting, large-scale aquaculture farms, sewage treatment plants, etc;

Rich application scenarios

Modeling light and transparent, improve land utilization

Lightweight and beautiful design, simple column network, convenient height and space improvement, minimal disturbance to the original terrain, and the ground can be fully reused

Modeling light and transparent, improve land utilization

Lightweight and beautiful design, simple column network, convenient height and space improvement, minimal disturbance to the original terrain, and the ground can be fully reused

Change the ventilation and lighting layout to improve power generation revenue

The overall ventilation of the array is good, with even diffuse sunlight reflection, improving the power generation efficiency of double-sided components

Change the ventilation and lighting layout to improve power generation revenue

The overall ventilation of the array is good, with even diffuse sunlight reflection, improving the power generation efficiency of double-sided components

Balance rigid and soft, improve safety and durability

Breaking through the technical limitations of early flexible supports using steel ropes, which can easily cause strong wind vibrations and cause hidden cracks in components, prestressed suspension cables and wind resistant cables are used to release wind loads through dynamic balance, improve typhoon resistance, and avoid the risk of hidden cracks in components

Balance rigid and soft, improve safety and durability

Professional construction technology, saving materials, controllable construction period

The flexible support has a reasonable spatial structure, uses less steel, and is lightweight; Installation efficiency of patented structural components and connectors; Professional construction ensures the quality of integrated systems and ensures cost-effectiveness

Professional construction technology, saving materials, controllable construction period

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

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