Semi-horn-shaped jetty also serving as wave-driven power generating device

Abstract

The invention discloses a semi-horn-shaped jetty also serving as a wave-driven power generating device. The semi-horn-shaped jetty comprises an air chamber and a front wall; six partition compartments are arranged inside the jetty; one partition compartment is used as an oscillatory air chamber, and the other partition compartments are still used as stone compartments; the rear part of the air chamber is provided with an air outlet communicating with atmosphere; a shrinkable water channel is arranged in front of a water inlet of the air chamber; and the front wall is a horn-shaped fairing curve. The semi-horn-shaped jetty disclosed by the invention can prevent and eliminate waves and can also be used for generating electricity by utilizing wave energy; by arranging the oscillatory air chamber structure inside the jetty, the stability of the jetty structure can be guaranteed, and the construction cost of the jetty can be lowered as well, so the semi-horn-shaped jetty has quite good popularization prospects.

Description

Technical field

[0001] The invention belongs to the technical field of wave power generation, and specifically relates to a half-horn type breakwater that also serves as a wave power generation device. Background technique

[0002] my country has a long coastline of about 18,000 kilometers, numerous port areas and extremely rich wave energy reserves. Many breakwaters need to be built near the ports to ensure the safe transportation and anchoring of ships. This provides a certain feasibility for breakwaters to use wave energy to generate electricity; wave energy It is the cleanest renewable resource. Its development and utilization will greatly alleviate the crisis of gradual depletion of fossil energy and improve the environmental damage caused by the burning of fossil energy. The breakwater used for generating electricity in the prior art has defects such as single wave-breaking function and low wave energy conversion rate of the power generation method. Summary of the invention...

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