Photovoltaic integrated roof novel waterproof bracket

Abstract

The invention discloses a photovoltaic integrated roof novel waterproof bracket comprising a photovoltaic integrated roof waterproof bracket body which comprises a component bracket structure formed by multiple vertically and horizontally connected water collecting tank baffles fixed into modules, water collecting tanks and diversion trenches. A component shoulder pressing block is arranged between the modules so that the modules are fixedly connected as a whole. The water collecting tank baffles and a component wire bridge are connected and fixed. A photovoltaic power generation component islaid on the upper end of the water collecting tank baffle modules. An optical cable penetrates into the component wire bridge to be led to a power distribution system. Installation of the photovoltaicintegrated roof novel waterproof bracket has the advantages of powerful function, reasonable construction, smooth drainage and beauty and durability; the rigid waterproofing is used as a whole; and the bracket is modular, serialized, standardized and lightweight and suitable for various types of roofs and can directly replace a variety of building roof panels, and the installation process is light, the service life is long and repair and maintenance are quite convenient and efficient.

Description

technical field [0001] The invention relates to a novel waterproof support for photovoltaic integrated roofs. Background technique [0002] At present, many countries in the world still mainly use five power generation methods: 1. Fossil fuels such as coal, oil and natural gas are used as the main power generation methods, which cannot be effectively stored and consume too much energy, resulting in an extreme waste of non-renewable resources. Serious pollution; treatment and restrictions have already begun in China; [0003] 2. Hydroelectric power generation is renewable, pollution-free, low operating cost, strong peak-shaving capability, harsh site selection conditions, huge input costs, long construction period, immeasurable and inevitable damage to ecological balance; it has been recognized in China to and limited; [0004] 3. Although wind power is a renewable energy source, it is mostly limited by the environment and conditions. The ratio of input cost to return benef...

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Problems solved by technology

[0002] At present, many countries in the world still mainly use five power generation methods: 1. Fossil fuels such as coal, oil and natural gas are used as the main power generation methods, which cannot be effectively stored and consume too much energy, resulting in an extreme waste of non-renewable resources. Serious pollution; treatment and restrictions have already begun in China;

[0003] 2. Hydroelectric power generation is renewable, pollution-free, low operating cost, strong peak-shaving capability, harsh site selection conditions, huge input costs, long construction period, immeasurable and inevitable damage to ecological balance; it has been recognized in China to and limited;

[0004] 3. Although wind power is a renewable energy source, it is mostly limited by the environment and conditions. The ratio of input cost to return benefit is too large, unstable, and uncontrollable; the adoption rate in China is low;

However, the BIPV in the existing enterprise technology often adopts distributed and organized water collection, and uses rubber strips or weather-resistant silicone glue above the components (brackets) to achieve waterproof sealing, which is called flexible waterproof; During the process, you need to be very careful not to be damaged in the slightest. However, after more than two summer and winter seasons, there will be different degrees of weathering, cracking and shrinkage, which will affect the entire roof waterproofing material and cause roof damage. Water leakage is inevitable, and it is a common problem in building roof waterproofing; at present, there is no company that can completely solve such problems at home and abroad

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