Structural support:In solar photovoltaic power stations, spiral ground anchors are mainly used to support the photovoltaic brackets and solar panels. Due to their high bearing capacity and stability, spiral ground anchors can effectively withstand the weight of the solar panels and wind loads, ensuring the stability of the photovoltaic brackets.
Basic Processing :Spiral piles can effectively deal with complex geological conditions such as uneven foundation settlement and collapsible loess. By choosing the appropriate type of spiral piles and construction methods, the bearing capacity of the foundation can be enhanced, the risk of foundation deformation can be reduced, and thus the safe operation of the solar photovoltaic power station can be guaranteed.
Environmental adaptability :Spiral piles have strong environmental adaptability and can be constructed under various geological conditions. Moreover, during the construction process of spiral piles, the generated noise and vibration are relatively low, and they have a minimal impact on the surrounding environment. Therefore, the application of spiral piles in solar photovoltaic power stations is conducive to environmental protection.
Construction efficiency: Compared with traditional concrete pile foundations, spiral ground piles can be constructed more quickly and with a shorter construction period. This is of great significance for the construction of solar photovoltaic power stations, as these power stations usually need to be completed and put into operation within a relatively short period of time. The rapid construction of spiral ground piles can shorten the project period and reduce the project cost.
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Spiral Pile Anchors Suitable For Solar Photovoltaic Power Stations Images
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