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Photovoltaic spiral pile
Photovoltaic spiral ground piles are the core components of the foundation construction of ground photovoltaic power stations. The spiral blades adopt a multi-level gradient design. The soil is compacted during the screwing process to form a strong anchoring force. The vertical bearing capacity reaches 5-30 tons. No excavation and maintenance are required. It is adaptive to complex geology and adopts high-strength steel and spiral blades. The integrated design replaces the traditional concrete foundation through screw-in installation to achieve fast, environmentally friendly and low-cost bracket fixation. With its excellent bearing performance and geological adaptability, it is widely used in complex terrains such as deserts, tidal flats, and mountains, becoming an ideal foundation solution for large ground power stations and distributed projects.
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Photovoltaic spiral ground piles are the core components of the foundation construction of ground photovoltaic power stations. The spiral blades adopt a multi-level gradient design. The soil is compacted during the screwing process to form a strong anchoring force. The vertical bearing capacity reaches 5-30 tons. No excavation and maintenance are required. It is adaptive to complex geology and adopts high-strength steel and spiral blades. The integrated design replaces the traditional concrete foundation through screw-in installation to achieve fast, environmentally friendly and low-cost bracket fixation. With its excellent bearing performance and geological adaptability, it is widely used in complex terrains such as deserts, tidal flats, and mountains, becoming an ideal foundation solution for large ground power stations and distributed projects.
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Conductive sheets are an indispensable safety protection component in photovoltaic power generation systems. Combining cutting-edge material science with electrical engineering, they build an invisible “safety shield” for photovoltaic systems and improve the safety of power stations.
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