Desert photovoltaic piles are high-strength composite photovoltaic piles developed for deserts, beaches, saline and alkaline lands and geological environments where groundwater seepage tends to collapse. They are resistant to acids and alkalis. long life and easy to build. Advantages, it completely solves the defects of traditional spiral steel photovoltaic installations which are easy to corrode, and the construction of cast-in-place concrete piles is difficult and expensive. the photovoltaic support system.
What proportion of helical piles are used in photovoltaic power plants?
1. Diameter: The diameter of helical piles is one of the important factors that determine their pattern. , usually measured in millimeters (mm) expressed in units. The pattern of the spiral pile can be confirmed by measuring its diameter at its highest point.wider.
2. Wall Thickness: The wall thickness of the spiral pile refers to the thickness of the wall of the spiral pile and is also one of the important components of the model. Wall thickness is usually expressed in millimeters (mm). When measuring the diameter of the spiral pile, the wall thickness may be measured accidentally.
80%. The supporting foundation of the photovoltaic power plant project uses spiral piles and cast-in-place steel tube piles, 80% of which are spiral piles. The application of spiral piles can reduce project construction costs and shorten the construction period of photovoltaic power plants. refers to a type of photovoltaic power plant that uses solar energy and adopts a special power generation system composed of materials such as crystalline silicon panels, inverters and other electronic components, power generation system enephotovoltaic power plant connected to the grid and supplying energy to the grid.