A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-scouring structure, mounting method thereof and offshore wind power system
The invention relates to the technical field of offshore wind power equipment, and discloses an anti-scour structure, an installation method thereof and an offshore wind power system.The installation method comprises the steps that the folded anti-scour structure is fixed to the periphery of a wind power foundation, and the wind power foundation and the anti-scour structure are transported to a designated water area together; the anti-scour structure sinks to the corresponding water bottom face along with installation of the wind power foundation, and the anti-scour structure is unfolded and flatly laid to the water bottom face around the wind power foundation. The method has the advantages that an arrangement ship does not need to transport the anti-scour structure additionally and arrange the anti-scour structure on the sea surface in an arrangement and unfolding mode, the installation cost and arrangement procedures are saved, the installation period is shortened, and due to the fact that the anti-scour structure is fixed to the wind power foundation after being folded and sinks to the corresponding water bottom face along with the wind power foundation, the construction period is shortened. The water flow resistance borne by the folded anti-scour structure is smaller, the installation position is ensured, and the situation that the anti-scour structure is wound in the sinking process is avoided.
本发明涉及海上风电设备技术领域，公开了防冲刷结构及其安装方法、海上风电系统，安装方法包括：将折叠的防冲刷结构固定在风电基础的外周，将风电基础和防冲刷结构一同运输至指定水域，防冲刷结构随风电基础的安装下沉至对应水底面，将防冲刷结构展开，使其平铺至风电基础四周的水底面。本发明的优点在于不需要铺排船额外对防冲刷结构进行运输以及在海面进行铺排展开布置，节省了安装成本及铺排工序、缩短安装工期，且由于防冲刷结构是折叠后固定在风电基础上并跟随风电基础一同下沉至对应水底面，而折叠后的防冲刷结构受到的水流阻力也更小，确保了安装位置，也不会发生防冲刷结构下沉中卷绕的情况。
Anti-scouring structure, mounting method thereof and offshore wind power system
The invention relates to the technical field of offshore wind power equipment, and discloses an anti-scour structure, an installation method thereof and an offshore wind power system.The installation method comprises the steps that the folded anti-scour structure is fixed to the periphery of a wind power foundation, and the wind power foundation and the anti-scour structure are transported to a designated water area together; the anti-scour structure sinks to the corresponding water bottom face along with installation of the wind power foundation, and the anti-scour structure is unfolded and flatly laid to the water bottom face around the wind power foundation. The method has the advantages that an arrangement ship does not need to transport the anti-scour structure additionally and arrange the anti-scour structure on the sea surface in an arrangement and unfolding mode, the installation cost and arrangement procedures are saved, the installation period is shortened, and due to the fact that the anti-scour structure is fixed to the wind power foundation after being folded and sinks to the corresponding water bottom face along with the wind power foundation, the construction period is shortened. The water flow resistance borne by the folded anti-scour structure is smaller, the installation position is ensured, and the situation that the anti-scour structure is wound in the sinking process is avoided.
本发明涉及海上风电设备技术领域，公开了防冲刷结构及其安装方法、海上风电系统，安装方法包括：将折叠的防冲刷结构固定在风电基础的外周，将风电基础和防冲刷结构一同运输至指定水域，防冲刷结构随风电基础的安装下沉至对应水底面，将防冲刷结构展开，使其平铺至风电基础四周的水底面。本发明的优点在于不需要铺排船额外对防冲刷结构进行运输以及在海面进行铺排展开布置，节省了安装成本及铺排工序、缩短安装工期，且由于防冲刷结构是折叠后固定在风电基础上并跟随风电基础一同下沉至对应水底面，而折叠后的防冲刷结构受到的水流阻力也更小，确保了安装位置，也不会发生防冲刷结构下沉中卷绕的情况。
Anti-scouring structure, mounting method thereof and offshore wind power system
防冲刷结构及其安装方法、海上风电系统
YANG YANG (author) / LIAN CHONG (author) / ZHAO WANG (author) / LIU CONG (author) / SHEN JIAXUAN (author) / ZHU XIAOYI (author) / YANG DINGHUA (author) / LIU XIAOCHI (author)
2024-09-06
Patent
Electronic Resource
Chinese
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