Self-propelled wave force power generation platform and moving and berthing method thereof

Abstract

The invention relates to a self-propelled wave force power generation platform and a moving and berthing method thereof. The self-propelled wave force power generation platform comprises a rear elbow and a buoyancy compartment arranged on the rear elbow, the rear end of the rear elbow is located below the sea surface, and the front end of the rear elbow is located above the sea surface and is connected with an air turbine. A wave force generator is connected to the air turbine, a deck covers the buoyancy compartment, extends all the way to the upper portion of a rear end opening of the rear elbow, and is supported by supporting columns, the four corners of the deck are each provided with an anchor windlass, and an electric propeller and an electric rudder are arranged below the rear end of the rear elbow. Through the combined application of the electric propeller, the electric rudder and the electric anchor windlasses, anchoring, anchor housing and moving operation of the wave force generator can be quickly achieved, the self-propelled wave force power generation platform is simple and easy to achieve, oceaneering cost is low, a self-cleaning effect on the underwater space environment is achieved, and a mooring system can be conveniently maintained. Meanwhile, energy generated by the self-propelled wave force power generation platform is effectively utilized, energy is saved, and environment friendliness is achieved.

Description

technical field [0001] The invention mainly relates to the technical field of wave energy utilization, in particular to the technical field of floating wave energy utilization. Background technique [0002] Wave energy is rich in reserves and has great potential for development and utilization. However, due to the influence of factors such as low wave energy flow density, harsh ocean environment, inaccessibility of floating devices, seawater corrosion, and marine organisms, the cost of developing and utilizing ocean wave energy is high. It is mainly manifested in the material cost, construction cost, conversion mechanism cost, launch, transportation and recovery cost, anchoring cost, maintenance cost and environmental cost of the device. [0003] At present, there are many types of wave energy utilization technologies, but the floating wave energy utilization technology has become the mainstream of research in the world because of its wide adaptability. In the use of floati...

AI Technical Summary

Problems solved by technology

[0004] The present invention aims at the high cost of marine engineering, low safety, difficult removal and maintenance of underwater mooring equipment, and high recovery cost in existing floating wave energy devices.

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