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A platform for research: civil engineering, architecture and urbanism
Prefabricated box-type transformer foundation for new energy and construction method
The invention discloses a prefabricated box-type transformer foundation for new energy. The prefabricated box-type transformer foundation comprises a plurality of prefabricated piles and a prefabricated platform, the precast piles are arranged underground, and the tops of the precast piles are located on the same horizontal plane; the prefabricated platform is arranged on the prefabricated pile; the prefabricating platform is higher than the ground; the bottom of the precast pile is a tip end. According to the construction method of the prefabricated box-type transformer foundation for the new energy, the whole construction period is shortened by prefabricating key components, the prefabricated piles are driven into soil, the tops of the prefabricated piles are kept flush and higher than the ground, and water seepage is prevented while a prefabricated platform is welded conveniently. The upper surface of the precast pile is a flat metal surface, meanwhile, the bottom of the precast platform is a metal bottom surface, the platform is directly connected to the upper surface of the precast pile in a welding mode, and the risk of pouring construction in a low-temperature environment is avoided. And the construction period is shortened, and the high winter construction cost is reduced. The bottom of the precast pile is processed into a tip, so that the precast pile is conveniently driven underground, and impact on the precast pile in the driving process is reduced.
一种用于新能源的预制型箱式变压器基础，包括若干预制桩以及预制平台；每个所述预制桩均在设置于地面以下，顶部在同一水平面；所述预制平台设置于预制桩上；所述预制平台高于地面；所述预制桩底部为尖端。提供一种用于新能源的预制型箱式变压器基础施工方法，通过预制关键部件，使整个工期缩短，将预制桩打入泥土中，顶部保持齐平，并高于地面，便于焊接预制平台的同时也防止渗水。预制桩上表面为平整金属表面，同时，预制平台底部为金属底面，通过焊接的方式将平台直接连接于预制桩上表面，避免了在较低温环境浇筑施工的风险。缩短施工周期降低较高的冬季施工成本。预制桩底部加工为尖端，便于打入地面下，减少在打入过程中预制桩受到的冲击。
Prefabricated box-type transformer foundation for new energy and construction method
The invention discloses a prefabricated box-type transformer foundation for new energy. The prefabricated box-type transformer foundation comprises a plurality of prefabricated piles and a prefabricated platform, the precast piles are arranged underground, and the tops of the precast piles are located on the same horizontal plane; the prefabricated platform is arranged on the prefabricated pile; the prefabricating platform is higher than the ground; the bottom of the precast pile is a tip end. According to the construction method of the prefabricated box-type transformer foundation for the new energy, the whole construction period is shortened by prefabricating key components, the prefabricated piles are driven into soil, the tops of the prefabricated piles are kept flush and higher than the ground, and water seepage is prevented while a prefabricated platform is welded conveniently. The upper surface of the precast pile is a flat metal surface, meanwhile, the bottom of the precast platform is a metal bottom surface, the platform is directly connected to the upper surface of the precast pile in a welding mode, and the risk of pouring construction in a low-temperature environment is avoided. And the construction period is shortened, and the high winter construction cost is reduced. The bottom of the precast pile is processed into a tip, so that the precast pile is conveniently driven underground, and impact on the precast pile in the driving process is reduced.
一种用于新能源的预制型箱式变压器基础，包括若干预制桩以及预制平台；每个所述预制桩均在设置于地面以下，顶部在同一水平面；所述预制平台设置于预制桩上；所述预制平台高于地面；所述预制桩底部为尖端。提供一种用于新能源的预制型箱式变压器基础施工方法，通过预制关键部件，使整个工期缩短，将预制桩打入泥土中，顶部保持齐平，并高于地面，便于焊接预制平台的同时也防止渗水。预制桩上表面为平整金属表面，同时，预制平台底部为金属底面，通过焊接的方式将平台直接连接于预制桩上表面，避免了在较低温环境浇筑施工的风险。缩短施工周期降低较高的冬季施工成本。预制桩底部加工为尖端，便于打入地面下，减少在打入过程中预制桩受到的冲击。
Prefabricated box-type transformer foundation for new energy and construction method
一种用于新能源的预制型箱式变压器基础及施工方法
WANG PINGYU (author) / LONG HAITING (author) / ZHANG YUCAI (author) / YAO YIMIN (author) / ZHANG TIEZHU (author) / WU WENQI (author)
2023-05-30
Patent
Electronic Resource
Chinese
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