Hybrid floating platform of offshore wind power generation and fishery net cage cultivation

Abstract

The invention discloses a hybrid floating platform of offshore wind power generation and fishery net cage cultivation, and relates to the field of wind power utilization. The platform is a regular n-sided shape, wherein the n is an odd number. The platform comprises draught fans, a center stand column, peak stand columns, a floating cabin, a fixed fishing net, a retractable fishing net, a controlchamber and supporting rods. The peak stand columns are respectively arranged at each peak of the regular n-sided shape. The center stand column and the floating cabin are arranged at the center point. The floating cabin is directly connected below the center stand column to form a center float. The supporting rods are connected between the peak stand column and between the peak stand column and the center float. The control chamber is arranged above the center stand column. The connecting between one peak stand column and the center stand column is used as the symmetric axis, and the m draught fans are symmetrically arranged above other peak stand columns, wherein the m is no more than n-1, and m is an even number. The fixed fishing net is fixed to the circumference and the bottom of theplatform. The retractable fishing net is arranged between the center float and the peak stand columns. Stability of fusion of floating wind power generation and fishery cultivation is improved.

Description

technical field [0001] The invention relates to the field of wind energy utilization, in particular to a hybrid floating platform for offshore wind power generation and fishery cage culture. Background technique [0002] In recent years, floating wind turbines with multi-type floating foundations have appeared on the market. Due to limited ocean space resources, the development of hybrid multifunctional floating wind power platform equipment has become one of the key development directions in the future. At the same time, my country has also developed rapidly in deep sea cage culture. [0003] If floating wind power generation is integrated with fishery cage culture, this idea can not only save marine space resources, but also solve the power supply problem of deep sea fishery cage culture, but in the actual design, it is necessary to solve the applicability, stability and The question of survivability in rough sea conditions. Contents of the invention [0004] Aiming at...

AI Technical Summary

Problems solved by technology

[0003] If floating wind power generation is integrated with fishery cage culture, this idea can not only save marine space resources, but also solve the power supply problem of deep sea fishery cage culture, but in the actual design, it is necessary to solve the applicability, stability and The question of survivability in harsh sea conditions

Images