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A platform for research: civil engineering, architecture and urbanism
Offshore energy island device
The invention relates to an offshore energy island device. The offshore energy island device comprises a steel base, steel-concrete supporting pieces and an energy island platform. The steel-concrete supporting piece is arranged in the vertical direction, the steel-concrete supporting piece comprises a steel pipe pile and a reinforced concrete pile, the bottom of the steel pipe pile is connected to the top of the reinforced concrete pile, the top of the steel pipe pile is connected with the energy island platform, and the bottom of the reinforced concrete pile is connected with the steel base. The offshore energy island device is formed by combining the steel structure and the concrete structure, the problem that the cost is too high due to the fact that a single steel structure is adopted can be solved, meanwhile, the structural strength problem caused by the fact that a single concrete structure is adopted can also be solved, and due to the fact that the steel base, the steel-concrete supporting pieces and the energy island platform can be prefabricated, cost is low. Therefore, during installation, the device only needs to be consigned to the ocean to be assembled, the offshore construction process is greatly simplified, and the offshore construction efficiency is improved.
本公开涉及一种海上能源岛装置，本海上能源岛装置包括钢制基底、钢混支撑件以及能源岛平台；所述钢混支撑件沿竖直方向设置，所述钢混支撑件包括钢管桩和钢筋混凝土桩，所述钢管桩的底部连接于所述钢筋混凝土桩的顶部，所述钢管桩的顶部与所述能源岛平台连接，所述钢筋混凝土桩的底部与所述钢制基底连接。本海上能源岛装置由钢结构和混凝土结构组合构成，能够避免单一采用钢结构成本过高的问题，同时也能避免单一采用混凝土结构造成的结构强度问题，而且由于钢制基底、钢混支撑件以及能源岛平台均可以预制，使得在安装时只需要将其托运至海洋中进行组装即可，大大简化了海上施工流程，提高了海上施工效率。
Offshore energy island device
The invention relates to an offshore energy island device. The offshore energy island device comprises a steel base, steel-concrete supporting pieces and an energy island platform. The steel-concrete supporting piece is arranged in the vertical direction, the steel-concrete supporting piece comprises a steel pipe pile and a reinforced concrete pile, the bottom of the steel pipe pile is connected to the top of the reinforced concrete pile, the top of the steel pipe pile is connected with the energy island platform, and the bottom of the reinforced concrete pile is connected with the steel base. The offshore energy island device is formed by combining the steel structure and the concrete structure, the problem that the cost is too high due to the fact that a single steel structure is adopted can be solved, meanwhile, the structural strength problem caused by the fact that a single concrete structure is adopted can also be solved, and due to the fact that the steel base, the steel-concrete supporting pieces and the energy island platform can be prefabricated, cost is low. Therefore, during installation, the device only needs to be consigned to the ocean to be assembled, the offshore construction process is greatly simplified, and the offshore construction efficiency is improved.
本公开涉及一种海上能源岛装置，本海上能源岛装置包括钢制基底、钢混支撑件以及能源岛平台；所述钢混支撑件沿竖直方向设置，所述钢混支撑件包括钢管桩和钢筋混凝土桩，所述钢管桩的底部连接于所述钢筋混凝土桩的顶部，所述钢管桩的顶部与所述能源岛平台连接，所述钢筋混凝土桩的底部与所述钢制基底连接。本海上能源岛装置由钢结构和混凝土结构组合构成，能够避免单一采用钢结构成本过高的问题，同时也能避免单一采用混凝土结构造成的结构强度问题，而且由于钢制基底、钢混支撑件以及能源岛平台均可以预制，使得在安装时只需要将其托运至海洋中进行组装即可，大大简化了海上施工流程，提高了海上施工效率。
Offshore energy island device
海上能源岛装置
ZHOU QUAN (author) / WANG CHEN (author) / LU YI (author) / HU LANGHUA (author) / CHEN YASHENG (author) / ZHAO RUI (author)
2024-05-14
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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