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A platform for research: civil engineering, architecture and urbanism
Photovoltaic support foundation capable of preventing wind and sand erosion
The photovoltaic support foundation with the wind and sand erosion prevention function comprises a first foundation trench, a plurality of foundation piles, a pressure bearing assembly and a pressing layer, the multiple foundation piles are arranged on the bottom face of the first foundation trench at intervals in the length direction of the first foundation trench, and at least part of each foundation pile extends out of the bottom face of the first foundation trench; the pressure-bearing assembly comprises a pressure-bearing plate and a plurality of anchoring parts, the pressure-bearing plate is annularly arranged on the periphery of the foundation pile and laid on the bottom face of the first foundation trench, the multiple anchoring parts are arranged in the circumferential direction of the pressure-bearing plate at intervals and used for connecting the pressure-bearing plate with the groove edge of the first foundation trench, and the pressing layer is laid on the top face of the pressure-bearing plate. And the outer periphery of the pressing layer is connected with the groove edge of the first base groove. According to the photovoltaic support foundation with the wind and sand erosion prevention effect, the original gravel layer foundation around the foundation piles is replaced to form a new solid foundation, so that the influence of the wind and sand erosion prevention effect is resisted, and the stability of the photovoltaic support foundation is improved.
本发明公开了一种防风沙掏蚀作用的光伏支架基础，所述防风沙掏蚀作用的光伏支架基础包括第一基槽、多个基桩、承压组件和压紧层，多个基桩沿第一基槽的长度方向间隔设置于第一基槽的底面，且基桩的至少部分伸出第一基槽的底面，承压组件包括承压板和多个锚固件，承压板环设于基桩的外周，且承压板铺设在第一基槽的底面上，多个锚固件沿承压板的周向间隔布置，锚固件用于连接承压板和第一基槽的槽边，压紧层铺设在承压板的顶面，且压紧层的外周边与第一基槽的槽边连接。本发明的防风沙掏蚀作用的光伏支架基础通过对基桩周围原有的砂砾层地基进行置换以形成新的坚实地基，从而抵抗风沙掏蚀作用影响，提升光伏支架基础的稳定性。
Photovoltaic support foundation capable of preventing wind and sand erosion
The photovoltaic support foundation with the wind and sand erosion prevention function comprises a first foundation trench, a plurality of foundation piles, a pressure bearing assembly and a pressing layer, the multiple foundation piles are arranged on the bottom face of the first foundation trench at intervals in the length direction of the first foundation trench, and at least part of each foundation pile extends out of the bottom face of the first foundation trench; the pressure-bearing assembly comprises a pressure-bearing plate and a plurality of anchoring parts, the pressure-bearing plate is annularly arranged on the periphery of the foundation pile and laid on the bottom face of the first foundation trench, the multiple anchoring parts are arranged in the circumferential direction of the pressure-bearing plate at intervals and used for connecting the pressure-bearing plate with the groove edge of the first foundation trench, and the pressing layer is laid on the top face of the pressure-bearing plate. And the outer periphery of the pressing layer is connected with the groove edge of the first base groove. According to the photovoltaic support foundation with the wind and sand erosion prevention effect, the original gravel layer foundation around the foundation piles is replaced to form a new solid foundation, so that the influence of the wind and sand erosion prevention effect is resisted, and the stability of the photovoltaic support foundation is improved.
本发明公开了一种防风沙掏蚀作用的光伏支架基础，所述防风沙掏蚀作用的光伏支架基础包括第一基槽、多个基桩、承压组件和压紧层，多个基桩沿第一基槽的长度方向间隔设置于第一基槽的底面，且基桩的至少部分伸出第一基槽的底面，承压组件包括承压板和多个锚固件，承压板环设于基桩的外周，且承压板铺设在第一基槽的底面上，多个锚固件沿承压板的周向间隔布置，锚固件用于连接承压板和第一基槽的槽边，压紧层铺设在承压板的顶面，且压紧层的外周边与第一基槽的槽边连接。本发明的防风沙掏蚀作用的光伏支架基础通过对基桩周围原有的砂砾层地基进行置换以形成新的坚实地基，从而抵抗风沙掏蚀作用影响，提升光伏支架基础的稳定性。
Photovoltaic support foundation capable of preventing wind and sand erosion
防风沙掏蚀作用的光伏支架基础
JIANG HECHUAN (author) / ZHANG LIYING (author) / ZHANG XIAOCHAO (author) / ZHANG HONGXING (author) / SONG GE (author) / QI GUOYING (author) / LIU WEIJUN (author)
2023-11-10
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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Photovoltaic support foundation for desert sand gravel geology
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