CCSN photovoltaic flexible brackets adapt to the needs of various scenarios, greatly improving land utilization and giving customers more choices.

Solar photovoltaic flexible brackets can be used in various scenarios:

1. Roof: Photovoltaic flexible brackets can be installed on various types of roofs, including flat roofs, pitched roofs, metal roofs and tile roofs, etc., which can convert the roof into a renewable energy power station.

2. Ground: As a bracket for ground solar power generation systems, photovoltaic flexible brackets can adapt to different terrains and environments, and are suitable for large photovoltaic power stations and outdoor displays.

3. Water surface: As a support for a water surface solar power generation system, the photovoltaic flexible support can adapt to the impact of waves and flowing water bodies, and is suitable for power generation in reservoirs, lakes, oceans and other waters.

4. Wall: Photovoltaic flexible brackets can be fixed on the exterior walls of buildings to provide clean energy for buildings. One application is to use the south wall of the building to install photovoltaic flexible brackets to maximize the collection of solar radiation.

5. Railings: Photovoltaic flexible brackets can be fixed on railings to provide clean energy for public transportation systems or bus stations. It can convert sunlight into electricity by installing photovoltaic flexible brackets on railings.

In addition, it can also be applied to various commercial places and industrial facilities, such as large shopping malls, warehouses, factories, data centers, etc. These sites often require large amounts of electricity to support their operations, and using photovoltaic flexible racks can help them reduce their reliance on traditional energy sources while also reducing energy costs.

The advantages of photovoltaic flexible brackets are:

1. Strong adaptability: Flexible materials can adapt to different terrains and environments, and can be used in a variety of places such as roofs, floors, and water surfaces.

2. Light weight: The flexible bracket has a simple structure and is made of lightweight materials. It is lightweight and easy to transport and install.

3. Simple installation: The installation of the flexible bracket is simple and convenient, no special tools and professional skills are required, and only a few people can complete the installation.

4. Long life: Flexible materials are manufactured using a special process and have high weather resistance and fatigue resistance. They have a long service life and are not prone to aging.

5. Improve land utilization: The bracket is flexible and adjustable, occupies a small area, and the installation span can reach 10-30 meters. It can be used in complex terrains such as tidal flats, fish ponds, sewage plants, complex mountains, building roofs, barren slopes, and pools. , which greatly improves land space utilization and has a wide range of applications.

6. Reduce the overall cost: Compared with the traditional photovoltaic steel frame structure solution, the flexible bracket can save 35% of the steel consumption, and has the advantages of small overall load-bearing and strong pre-assembly, which greatly reduces the cost and shortens the overall construction period.

7. Operation safety and reliability: It has strong crack resistance and wind resistance, and is designed to withstand winds of level 14, improving the overall reliability and safety of the power station.

In all, CCSN photovoltaic flexible brackets have a variety of advantages and can adapt to the needs of different scenarios, improve land utilization, reduce costs, improve safety and give customers more choices.

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Posted by: Zhang Jianlong

Reviewed and translated by: Kailon Chung