Structure and function of BIPV waterproof bracket

BIPV waterproof bracket is a unique and innovative solar photovoltaic bracket system. Its biggest feature is that it can have the functions of bracket and waterproof at the same time, providing better drainage and protection performance for the building. Compared with traditional bracket systems, BIPV waterproof brackets are more flexible and reliable, and can adapt to various complex building shapes and structures.

The affordable price of BIPV waterproof bracket is also one of the reasons why it has attracted much attention. Compared with other types of solar photovoltaic brackets, the price of BIPV waterproof brackets is relatively low, but its quality and performance are not inferior to other products. This makes BIPV waterproof brackets a choice for many people.

BIPV waterproof bracket is building integrated photovoltaic, which refers to the application technology of integrating photovoltaic modules into the building materials of buildings. BIPV waterproof bracket is a key equipment for installation on the roof in BIPV system.

The main structure and functions of BIPV waterproof bracket include:

1. The main body of the bracket made of aluminum alloy and other materials is required to have a certain mechanical strength and be able to firmly support the photovoltaic panels.

2. The bottom of the bracket should be closely integrated with the waterproof layer of the roof, so as not to damage the waterproof performance of the roof. Commonly used connection methods include bonding, compression, etc.

3. An adjustment device should be provided on the top of the bracket to accurately install and rotate photovoltaic modules and adjust their reasonable working angle.

4. The bracket should provide cable troughs for laying and hiding cable lines.

5. It has anti-corrosion and weather resistance properties and will not cause corrosion to the roof after long-term use.

6. Reasonable structure, easy installation and maintenance.

The selected BIPV waterproof bracket can ensure that the photovoltaic system can perform effectively without affecting the building's functional and waterproof performance.