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Multi-pile bearing platform offshore wind power pasture with operation and maintenance channel and feeding port
The invention belongs to the field of offshore wind power engineering, and particularly relates to a multi-pile bearing platform offshore wind power pasture with an operation and maintenance channel and a feeding port. The multi-pile bearing platform offshore wind power pasture comprises a bearing platform, a pile foundation for supporting the bearing platform, a fan mounted on the bearing platform in a matching manner and a net cage arranged around the pile foundation in a surrounding manner, the bearing platform is provided with the operation and maintenance channel in a matched manner, theoperation and maintenance channel is used for allowing people to reach the upper end of the net cage from the bearing platform through the channel, the bearing platform is provided with the feeding port, and the feeding port is used for feeding materials into the net cage. The multi-pile bearing platform offshore wind power pasture has the advantages that the net cage is fixed through the fan foundation, and the cost of a net cage anchoring system is reduced; the fan utilizes resources above the sea level, the net cage utilizes resources below the sea level, and three-dimensional development of ocean resources is achieved; a specific wind power pasture arrangement design capable of being implemented is provided in combination with the fan foundation, so that daily management of the aquaculture net cage is greatly facilitated; and by combining with the fan foundation and arranging the feeding port and meshes, a living space of fishes in the net cage is cleaned.
本发明属于海上风电工程领域,具体涉及一种具有运维通道和投料口的多桩承台海上风电牧场,包括包括承台、用以支撑承台的桩基、配合安装于承台上的风机以及围设于桩基周围的网箱,所述承台配合安装运维通道,所述运维通道用以供人通过该通道从承台到达网箱上端,所述承台具有投料口,所述投料口用以往网箱内投料。本发明的有益效果如下:利用风机基础固定网箱,降低网箱锚固系统的成本;风机利用海平面以上资源,网箱利用海平面以下资源,实现海洋资源的立体开发;结合风机基础,提出一种具体可实施的风电牧场布置设计,极大的方便了养殖网箱的日常管理;结合风机基础,设置投料口和网片,实现了网箱内部鱼类生存空间的清洁。
Multi-pile bearing platform offshore wind power pasture with operation and maintenance channel and feeding port
The invention belongs to the field of offshore wind power engineering, and particularly relates to a multi-pile bearing platform offshore wind power pasture with an operation and maintenance channel and a feeding port. The multi-pile bearing platform offshore wind power pasture comprises a bearing platform, a pile foundation for supporting the bearing platform, a fan mounted on the bearing platform in a matching manner and a net cage arranged around the pile foundation in a surrounding manner, the bearing platform is provided with the operation and maintenance channel in a matched manner, theoperation and maintenance channel is used for allowing people to reach the upper end of the net cage from the bearing platform through the channel, the bearing platform is provided with the feeding port, and the feeding port is used for feeding materials into the net cage. The multi-pile bearing platform offshore wind power pasture has the advantages that the net cage is fixed through the fan foundation, and the cost of a net cage anchoring system is reduced; the fan utilizes resources above the sea level, the net cage utilizes resources below the sea level, and three-dimensional development of ocean resources is achieved; a specific wind power pasture arrangement design capable of being implemented is provided in combination with the fan foundation, so that daily management of the aquaculture net cage is greatly facilitated; and by combining with the fan foundation and arranging the feeding port and meshes, a living space of fishes in the net cage is cleaned.
本发明属于海上风电工程领域,具体涉及一种具有运维通道和投料口的多桩承台海上风电牧场,包括包括承台、用以支撑承台的桩基、配合安装于承台上的风机以及围设于桩基周围的网箱,所述承台配合安装运维通道,所述运维通道用以供人通过该通道从承台到达网箱上端,所述承台具有投料口,所述投料口用以往网箱内投料。本发明的有益效果如下:利用风机基础固定网箱,降低网箱锚固系统的成本;风机利用海平面以上资源,网箱利用海平面以下资源,实现海洋资源的立体开发;结合风机基础,提出一种具体可实施的风电牧场布置设计,极大的方便了养殖网箱的日常管理;结合风机基础,设置投料口和网片,实现了网箱内部鱼类生存空间的清洁。
Multi-pile bearing platform offshore wind power pasture with operation and maintenance channel and feeding port
一种具有运维通道和投料口的多桩承台海上风电牧场
ZHU RONGHUA (author) / TU ZHISHENG (author) / LIU HANQIU (author) / WANG HENGFENG (author) / SUN XIANG (author) / XU QINGFU (author) / CHEN PEILING (author)
2020-12-11
Patent
Electronic Resource
Chinese
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