Solar
1. The color steel tile roof photovoltaic bracket
is suitable for large-area color steel tile roofs such as factories or warehouses. Color steel tile roofs are generally divided into upright lock edge, corner snap type, concealed buckle type, and fixed component connection.
There are various types of color steel plates, and optimized designs are made for different color steel tile roof structures without damaging the roof. Special supports are fixed on the color steel tiles, and aluminum alloy tracks are connected to support the photovoltaic modules. Special clips are used to fix the photovoltaic modules on the tracks.
Simple and reliable structure, sturdy and durable。
2. Basic structure of bracket system
- suitable for photovoltaic modules of different specifications, compatible with different arrangements of photovoltaic modules, and can achieve random interchangeability.
- No need to penetrate the roof structure, 100% leak proof. The structure fully considers factors such as load-bearing, wind resistance, and earthquake resistance, and has undergone strict calculations and testing to ensure safety and reliability. Strong wind resistance and maintenance free;
- Green and environmentally friendly, recyclable. Demolition and relocation to a new construction site can be carried out in 3-5 years;
- Most parts can be pre installed in the factory, with fewer on-site installation processes, effectively improving on-site installation efficiency and saving time and labor costs for the construction of photovoltaic projects;
- The components are made of high-quality aluminum alloy combination, which is lightweight, strong, and corrosion-resistant, making the product suitable for very harsh installation environments.
- For different types of color steel tile roof structures, the photovoltaic support system is equipped with various supports, making it widely applicable for the installation of various types of color steel roofs.
3. Flat roof photovoltaic power station for factory buildings
The bracket adopts high-strength and high-quality structural components, with strong corrosion resistance, light weight, good strength, and beautiful appearance. The highly pre-installed support structure effectively improves installation efficiency and saves time and labor costs for the construction of large-scale photovoltaic projects.
4. C-shaped steel photovoltaic bracket
- Suitable for photovoltaic modules of different specifications, compatible with different arrangements of photovoltaic modules and can achieve random interchangeability.
- The structure is made of aluminum alloy, which is lightweight, has good strength, and high corrosion resistance, making the product suitable for very harsh installation environments.
- The structure fully considers factors such as load-bearing wind resistance earthquake resistance and undergoes rigorous calculations and testing to ensure safety and reliability.
- Most parts can be pre installed in the factory, with fewer on-site installation processes, effectively improving on-site installation efficiency and saving time and labor costs for the construction of photovoltaic projects
- Taking into account construction errors comprehensively, the structure is cleverly designed to have flexible adjustment functions. The positional error of the support foundation can be adjusted through the unique adjustment function of the structure, reducing the difficulty of construction.
5. Roof steel structure+photovoltaic power station
I-beams are commonly used in industrial and commercial photovoltaic power plants. I-beam is an economical section steel with superior mechanical properties. Its characteristics include wide wing edges and high lateral stiffness. Strong bending resistance. The two surfaces of the wing edge are parallel to each other, making it easy to connect, process, and install. Compared with general steel, it has low cost, high precision, low residual stress, and does not require expensive welding materials and weld seam testing, saving about 30% of steel structure production costs.
- Wide wing edge, high lateral stiffness, and strong bending resistance;
- Resistant to aging, long lifespan, and maintenance free;
- Suitable for photovoltaic modules of different specifications, while also compatible with photovoltaic modules In the same arrangement, random swapping can be achieved;
- The structure is made of high-quality steel materials, with high strength, impact resistance, and large span, Make the product suitable for extremely harsh installation environments;
- Strong designability and beautiful appearance. The structure fully considers load-bearing and wind resistance
- Factors such as earthquake resistance have been rigorously calculated and tested to ensure safety and reliability; No need for expensive welding materials and weld seam testing, easy installation, effectively improving
- On site installation efficiency saves time and labor costs for the construction of photovoltaic projects.
6. Centralized ground solar power station
The ground bracket is suitable for installation in photovoltaic power stations based on concrete structures. Adopting 100% high-strength hot-dip galvanized C-shaped steel guide rail structural components, it has strong corrosion resistance, light weight, good strength, and beautiful appearance. The highly pre installed support structure effectively improves installation efficiency and saves time and labor costs for the construction of large-scale photovoltaic projects.
- Resistant to aging, long lifespan, and maintenance free;
- Suitable for photovoltaic modules of different specifications, while also compatible with photovoltaic modules In the same arrangement, random swapping can be achieved;
- The structure is made of high-quality steel materials, with high strength, impact resistance, and large span, Make the product suitable for extremely harsh installation environments;
- Strong designability and beautiful appearance. The structure fully considers load-bearing and wind resistance Factors such as earthquake resistance have been rigorously calculated and tested to ensure safety and reliability;
- No need for expensive welding materials and weld seam testing, easy installation, effectively improving On site installation efficiency saves time and labor costs for the construction of photovoltaic projects.
7. Glass tile aluminum alloy photovoltaic bracket
Made of high-quality aluminum and stainless steel, this product has good strength and high corrosion resistance, making it suitable for very harsh installation environments. For different tile roof architectures, the solar photovoltaic support system is equipped with various hooks, making it widely applicable for the installation of various types of roofs, such as ceramic tiles, asphalt tiles, slate tiles, and other types of tile roofs.
Household photovoltaic power station
Stainless steel photovoltaic bracket
Hot dip galvanized photovoltaic bracket
Hot dip galvanized photovoltaic bracket
Adopting high-quality 304 stainless steel square bracket, it has a beautiful appearance, is resistant to weak corrosive media such as air, steam, water, etc., has good heat resistance, does not damage the roof's own waterproof system, is maintenance free, and has strong wind resistance.
Hot dip galvanized photovoltaic bracket
Hot dip galvanized photovoltaic bracket
Hot dip galvanized photovoltaic bracket
Using high-quality hot-dip galvanized square brackets, it has a long service life, high cost-effectiveness, low processing costs, durability, good reliability, strong coating toughness, does not damage the roof's own waterproof system, is maintenance free, and has strong wind resistance.
Aluminum alloy photovoltaic
Hot dip galvanized photovoltaic bracket
Aluminum alloy photovoltaic
Using high-quality aluminum alloy square brackets, it has a long service life, is lightweight, beautiful and atmospheric, resistant to natural abrasion, easy to manufacture, low temperature resistance, does not damage the roof's own waterproof system, is maintenance free, and has strong wind resistance.
Features
Features of stainless steel and hot-dip zinc photovoltaic bracket products:
Features of stainless steel and hot-dip zinc photovoltaic bracket products:
Features of stainless steel and hot-dip zinc photovoltaic bracket products:
- The roof can cool down up to 6 ° C, not only generating electricity but also providing effective insulation and cooling;
- Not damaging the roof's own waterproof system, maintenance free, strong wind resistance;
- 100% environmentally friendly and recyclable;
- Beautiful and practical, stainless steel and hot-dip galvanizing installation methods, on-site welding, simple process;
- Widely applicable and can be optimized according to the actual roof environment.
Aluminum alloy photovoltaic bracket product features:
Features of stainless steel and hot-dip zinc photovoltaic bracket products:
Features of stainless steel and hot-dip zinc photovoltaic bracket products:
- The roof can cool down up to 6 ° C, not only generating electricity but also providing effective insulation and cooling;
- Not damaging the roof's own waterproof system, maintenance free, strong wind resistance;
- 100% environmentally friendly and recyclable; Beautiful and practical, easy to install, no need for welding;
- Wide range of applications, system optimization can be carried out according to the actual roof environment
Integrated light storage and charging
The "integrated photovoltaic storage and charging mode" is a system that combines photovoltaic power generation, energy storage batteries, and charging facilities to improve the efficiency and sustainability of charging facilities by utilizing renewable energy. This mode is mainly applied to electric vehicle charging stations, which integrate key components such as photovoltaic panels, energy storage batteries, and charging piles to achieve priority use of green electricity, rational allocation of electrical energy, and composite utilization of charging sites.
The electricity generated by the photovoltaic system is supplied to nearby charging stations and energy storage batteries for charging. At night when photovoltaic systems are unable to generate electricity, use energy storage systems to supply power to charging stations. It can not only compensate for the uneven distribution of time and space in solar power generation, but also effectively reduce the electricity cost of charging stations, creating better economic and social benefits.
Beautiful appearance. Photovoltaic modules have replaced the membrane structure steel roof of traditional carports. The blue photovoltaic modules shine brightly in the sunlight, adding a beautiful scenery and strong practicality. Not only can it prevent the car from being exposed to sunlight and rain, but it can also provide a continuous stream of green electricity for charging new energy vehicles, enterprise use, and more. Energy conservation and environmental protection, utilizing solar energy
