Modular offshore floating type wind-solar hybrid power generation and storage platform

Abstract

The invention discloses a modular offshore floating type wind-solar hybrid power generation and storage platform which is characterized in that the platform comprises a full-floating type offshore floating type platform of a modular space truss structure, and the full-floating type offshore floating type platform comprises a deck platform, a plurality of stand columns and a buoyancy main body which are sequentially arranged in the vertical direction from top to bottom; the buoyancy of the buoyancy main body is realized by adjusting the buoyancy of at least part of buoyancy adjustable points inthe buoyancy main body; the wind-solar complementary assembly on the platform comprises a vertical-axis wind power generation device, a solar power generation device, an energy storage device and a seawater cooling device, and most of the components are arranged in a deck platform with a hollow conical interlayer. Modularized construction and expansion are adopted for the main body, the two prominent problems of stormy wave resistance and benefit generation in ocean platforms for deep sea cultivation and the like are solved, a comprehensive power generation system for solar power generation and vertical-axis wind power generation is constructed on the platform, and the problems of storage, heat dissipation, maintenance, guarantee and the like are solved; and a perfect power supply solution can be provided for other ocean platforms.

Description

technical field [0001] The invention belongs to the field of ocean platforms, and in particular relates to a modular offshore floating wind-solar complementary power generation and storage platform. Background technique [0002] The excessive development of my country's near-shore mariculture has made the resource and environment carrying capacity reach or approach the upper limit. Therefore, the development of deep-sea aquaculture in offshore areas is an important means of building a modern marine industry system. However, the "wind and wave resistance" and "Benefits" these two outstanding issues. [0003] There are an average of 28 typhoons every year in the Northwest Pacific Ocean and the South China Sea, of which 7 typhoons affect my country's coast on average. In many waters outside the bays of our country, there are high winds and high waves, and the seawater flows fast. During the development of mariculture in my country, high-density polyethylene (HDPE) floating cag...

AI Technical Summary

Problems solved by technology

[0008] The wind-solar hybrid components on the platform construct a comprehensive power generation system of solar power and vertical-axis wind power, and solve storage, heat dissipation, maintenance and guarantee issues. It can provide a complete power supply solution for deep sea aquaculture cages, and provide To create conditions for deep blue and form an important part of the intelligent new energy deep-sea aquaculture complex

Images