Main gutter width: 220mm
Main gutter height: 68mm
Auxiliary gutter width: 89mm
Auxiliary gutter height: 26mm
Hole size: Φ9*20mm
Main Gutter Width | 220mm |
Main Gutter Height | 68mm |
Auxiliary gutter width |
89mm |
Auxiliary gutter height |
26mm |
Hole size |
Φ9*20mm |
Suitable Material | Q235, Q355, Zn-Al-Mg coated steel coil |
Avaliable Material Thickness | 0.6-0.8mm |
Surface Treatment | Zinc coated at 60-80u, according to end user's requirements |
1. Made of high-quality galvanized steel, it has good corrosion resistance and stability.
2. Unique design, simple structure and easy installation.
3. The mounting holes and hole positions can be customized according to customer needs, and can be flexibly adapted to various occasions.
4. Rich specifications and sizes to meet the needs of different projects.
5. Long service life, excellent performance, suitable for various environments.
BIPV building integration is safer than directly installing photovoltaic panels. Although it is simple to directly install photovoltaic panels, the integration between photovoltaic panels and buildings is not high enough, and direct installation of photovoltaic panels is only limited to roof use, and there are certain requirements for the size, slope, lighting, etc of the roof. But BIPV is different. Due to the high degree of integration and integration of materials, it can not only meet the lighting requirements of the building, but also integrate well with the building, making it safer and more reliable.
Various existing green building technologies can only save energy and reduce consumption of buildings, but cannot enable the building itself to generate energy. While BIPV technology can save energy and reduce consumption, it can also generate electricity and produce clean energy, thereby meeting the zero energy consumption of the building and making the building truly carbon neutral.
Compared with other green building technologies and green building products and equipment, BIPV technology and photovoltaic green building materials are not the most expensive. Photovoltaic green building materials can generate clean electricity, save electricity bills for buildings, and can recover costs. From a full life cycle perspective, they are more cost-effective than other green building materials.
Except for components and part of the water conduction system, other components in the BIPV system are in a relatively good sealing environment and have a longer service life than conventional color steel tile roofs. At the same time, because the BIPV system needs to be combined with the properties of building materials, hydrophobic glass panels need to be specially used with the main water tank, waterproof seal, etc. to form a roof anti-drainage system during the construction process, so as to avoid water leakage hazards as much as possible during the entire use cycle.