Comb breakwater system simultaneously giving consideration to oscillating float type wave energy generation
A breakwater and float-type technology, applied in breakwaters, ocean energy power generation, hydropower stations, etc., can solve problems such as island energy supply, achieve the effects of reducing overall costs, improving conversion efficiency, and facilitating later operation and maintenance
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Embodiment 1
[0020] Facing the island’s demand for wave control and island energy supply, this invention integrates the oscillating buoy type wave energy device and the comb type breakwater system, and proposes a comb type breakwater system that takes into account both oscillating buoy type wave energy generation, hereinafter referred to as OB&CTBW system (Oscillation Buoy & Comb Type Breakwater). The proposal of the system aims to provide a new type of breakwater system that takes into account the efficiency of power generation and the overall wave dissipation effect of the breakwater around the strategy of building a strong ocean country and the layout of islands and reefs. The invention can convert a part of the wave energy into electric energy, alleviate the power supply problem of sea islands, and at the same time reduce the total horizontal wave force on the breakwater and enhance its structural stability.
[0021] The present invention adopts scheme as follows:
[0022] The OB&CTBW...
Embodiment 2
[0036] The OB&CTBW system is placed on the riprap bed laid on the seabed, and consists of several figure 1 The units shown are arranged in succession along the axial direction of the breakwater. The OB&CTBW system includes two parts: the improved comb breakwater system and the floater power generation device. The improved comb-type breakwater part includes a chamfered caisson 1, a diversion wall 2, a breast wall 3, a wing plate 4, and a bottom plate 5, wherein the chamfered caissons 1 are arranged at intervals along the axial direction of the breakwater, and the wing plates 4 are arranged between adjacent caissons The breast wall 3 is set on the chamfered caisson 1 and the wing plate 4 to enhance the integrity of the structure; the bottom plate 5 is placed on the bottom of the breakwater wave dissipation chamber to provide fixing conditions for the buoyant power generation device. The floater type power generation device is placed in the comb-type breakwater wave dissipation ...
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