Offshore power generation platform unit plant

Abstract

The invention relates to a marine power generation platform unit plant which comprises a platform main body, multiple fluid energy collecting devices and a generating set. All the energy collecting devices are transmitted to an energy centralization main shaft by a transmission gear, and the main shaft is connected with the generating set. The platform main body is a framework three dimensional structure formed by crossbeams and is fixed on a plurality of bearing hollow floating bodies, and then sinks to a certain depth in the sea and is fixed on heavy things or a pile at the seafloor by an iron chain; a majority of the platform main body is dipped in the water, while small part is exposed out of the water surface. An umbrella-type wind energy collecting device, the fluid energy collecting devices, a deep level water flow energy collecting device and a tide energy collecting device are arranged on the platform main body; an ocean comprehensive energy collecting device, a floated pendulous wave energy collecting device and a wind energy collecting screen are arranged on the sea at the two sides of the platform main body and transmitted to the energy centralization main shaft by a working rope. A plurality of marine power generation platform unit plants can be connected with each other to form multiple groined type connected integral large marine power generation platform.

Description

technical field [0001] The invention relates to a large-scale offshore power generation device integrating ocean comprehensive energy, which is suitable for the collection of various energies generated by the movement of two fluids, air and water, especially the novel and applicable sea wind energy over the ocean. Collection devices, different collection devices for various current energies on the sea surface, collection devices for various energies generated by waves, multiple collection devices for deep current energies under the sea surface, mixing devices for simultaneous collection of tidal energy, etc. Several types of marine fluids (air, It is a large-scale offshore power generation platform that integrates organically the energy collection method of water) movement and is cost-effective. technical background [0002] Existing offshore power generation technologies, except for reservoir-like tidal power stations, wave power generation, ocean current power generation, ...

AI Technical Summary

Problems solved by technology

However, the various ocean energy harvesting devices currently designed are limited to a small amount of "single energy species" for a variety of marine environmental protection "energy species", and cannot be collected comprehensively for power generation, making the investment expensive , the cost is very high, the cost of power generation is uncompetitive, and various designs have no good measures to prevent typhoons, all of which need to be further innovated and invented

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