A breakwater and dual-chamber oscillating water column power generation device

Abstract

The invention discloses a breakwater and double-gas-chamber oscillating water column power generation device. The breakwater and double-gas-chamber oscillating water column power generation device iscomposed of a plurality of power generation units. Each power generation unit is composed of a front vertical straight plate, a front gas chamber, a front spring, a front airflow channel, a front airturbine, a rear vertical thin plate, a rear gas chamber, a rear spring, a rear airflow channel, a rear air turbine, a front power generator set, a middle power generator set, a rear power generator set, an automatic adjustable guide rod, a surging middle vertical plate, an anchor chain, an anchor chain fixing pile and the like. The process that wave energy is converted into electric energy is based on the oscillating water column power generation device eave energy conversion principle, the engineering reliability is high, and the practicability is high.

Description

technical field [0001] The invention relates to a breakwater and power generation device, in particular to a breakwater and double-chamber oscillating water column power generation device capable of preventing and eliminating waves. Background technique [0002] The oil crisis in the 1970s ushered in a new era of renewable energy research. The most concerned areas include solar energy, wind energy and ocean energy, among which ocean energy is considered to be the safest, cleanest and most stable energy supply. Solar power and onshore wind power generation have been gradually industrialized, but they are significantly affected by regions; nuclear power generation is highly efficient, and if it leaks, it will cause serious environmental problems. Ocean energy includes offshore wind, which has the advantages of strong wind force, stable wind direction, and little impact on the surrounding environment compared with land wind resources. At the same time, the wave energy in the o...

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Problems solved by technology

[0009] The maximum wave energy conversion efficiency of the traditional single-chamber air-permeable OWC device is only 0.5. Although optimization of the structural form can also make the single-chamber OWC device have the function of wave prevention and wave dissipation of the breakwater, how Maximizing the wave energy conversion efficiency while ensuring that the device can give full play to the functions of the breakwater has always been a hot and difficult research point

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