Offshore floating type fan and semi-submersible type breeding platform coupling structure

Abstract

The invention provides an offshore floating type fan and semi-submersible type breeding platform coupling structure. The offshore floating type fan and semi-submersible type breeding platform couplingstructure comprises a main body frame, a fan, a control chamber, a netting and an anchorage system. The main body frame comprises a central stand column, a plurality of external stand columns which are uniformly arranged around the central stand column, an upper horizontal support, a lower horizontal support, an upper chord pipe, a middle chord pipe, a lower chord pipe and an inclined support; the center stand column and the external stand columns are the same in structure and each comprise an upper float bowl arranged on the upper portion, a middle stand column fixedly connected with the bottom of the upper float bowl and a lower float bowl fixedly connected with the bottom of the middle stand column. The draught fan is installed on the basis of the semi-submersible platform, on one hand, development of aquaculture from offshore to offshore is promoted, and on the other hand, limitation of the geographical position on aquaculture and wind power generation is broken through.

Description

technical field [0001] The invention relates to the technical field of fish farm platforms, in particular to a coupling structure of an offshore floating fan and a semi-submersible farming platform. Background technique [0002] Existing wind power facilities are mostly located on land and near the coast, and the site selection for topography is extremely strict. However, large-scale farming platforms are mostly located in the deep sea far from the coast, and laying submarine cables to supply power from land or near the coast is an extremely difficult and costly project. In addition, with the increasing saturation of coastal aquaculture facilities and the destruction of the ecological environment, mariculture is forced to develop from shallow seas to deep seas, promoting the sustainable development of aquaculture. Therefore, whether it is aquaculture or wind power generation, the development from offshore to deep sea is the only way and a strategic need. Contents of the i...

AI Technical Summary

Problems solved by technology

[0002] Existing wind power facilities are mostly located on land and near the coast, and the site selection for topography is extremely strict

However, large-scale farming platforms are mostly located in the deep sea far from the coast, and laying submarine cables to supply power from land or near the coast is an extremely difficult and costly project.

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