The herringbone floating pv mounting system is cheap and it is a hardcore weapon.
Just like the current wind power marching from the land to the sea, the high-quality site resources of photovoltaic power stations are in short supply with the large-scale development over the years. The further large-scale development in Northwest China is limited due to the abandoned light limitation. The land resources in the central and eastern regions of China are in short supply, and the photovoltaic project land is also in short supply. However, the power load is even at a record high. Then, photovoltaic practitioners turn their attention to the pools, ponds, lakes, reservoirs and even the wider ocean in the world.
According to statistics, there are lakes in China with an area of 91,000km, among which there are more than 2,700 lakes with an area of more than 1km. There are 86,000 reservoirs, with a total area of 38.42 million mu. In terms of fresh water resources alone, 15,000 GW of photovoltaic power stations can be installed if it is fully covered. Even if there is only 10% of 15,000 GW of photovoltaic power stations, 1,500 GW of photovoltaic power stations can be installed. Therefore, all major photovoltaic development enterprises will almost focus on "water photovoltaic", and floating photovoltaic power stations such as fish light complementary and water light complementary, which will become the backbone of photovoltaic development.
However, it is not easy to develop water photovoltaic power station projects. Compared with ordinary photovoltaic power stations, water projects have higher requirements for photovoltaic modules, brackets, electrical structural parts, etc., especially for
photovoltaic mounting systems. In addition to the corrosion resistance of materials and the ability of the structure to withstand certain waves and currents, they should also meet the requirements of reducing the cost of electricity under the current trend of affordable access to the Internet requirements.
Under this background, a new "herringbone" aluminum alloy floating bracket system is designed. The product not only has a significant improvement in water surface utilization rate, product installation convenience and reliability, but also complies with the requirements of the state to promote affordable access to the Internet in terms of cost.