A multifunctional combined ocean power generation platform capable of agglomeration and its agglomeration group

Abstract

The invention discloses a multifunctional combined ocean power generation platform capable of gathering and a gathering group. The gathering group includes a plurality of polygonal power generation platform bodies, and each power generation platform body includes a buoy platform arranged at The vertical axis wind power generator and solar power generation unit on the top of the buoy platform, the tidal power generation unit arranged at the bottom of the buoy platform, the wave power generation unit flexibly connecting the buoy platform, and the fishing net hooked in the wave power generation unit are mainly enclosed. into a marine aquaculture area. After adopting the above-mentioned structure, it can integrate wind power, solar energy, tide, wave and other power generation, fish farming and seawater desalination into one. It can also solve the structural problems caused by the huge span of the rigid connection between buoys. The interference distance between each vertical axis wind turbine is small, the center of gravity of the generator set on the platform is low, the distance between buoys is small, and wave energy can be collected. Slow down the impact of waves on the buoys.

Description

Technical field [0001] The invention relates to an offshore power generation device, in particular to a multifunctional combined ocean power generation platform capable of gathering and a gathering group. Background technique [0002] Today, with energy shortages and increasingly serious environmental problems, how to comprehensively and efficiently utilize environmentally friendly offshore wind power, solar power, wave power and tidal energy for power generation has become the focus of attention. These large reserves, renewable, regular, and pollution-free offshore renewable energy will become the green energy with the most commercial potential and vitality. [0003] Wind power generation is the fastest growing and relatively mature green energy technology in the world. China’s offshore wind energy reserves are about 750 million KW. China’s coastal areas have very rich wind energy resources; the sea has fresh air, high cleanliness, and strong sunlight. It is the best place to use...

AI Technical Summary

Problems solved by technology

[0006] The current offshore floating horizontal axis wind power generation platforms mainly include single buoys, three buoys, and multiple buoys. The center of gravity is high, resulting in a huge buoy platform. The single buoy and three buoys can only install one fan, and the function is single; The multi-pontoon form proposed is not suitable for the island area due to the huge distance between the fans (otherwise it will have a great impact on the power generation of the wind turbines) and the huge connecting steel frame between the buoys.

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