Study on Collection Efficiency of Buoy in Wave Power Generation

Yan Gang Wang; Xing Hua Tong; Lin Sen Zhu; Yong Liu

doi:10.4028/www.scientific.net/AMM.385-386.1074

Paper Titles

The Impact on the Voltage Fluctuation of Wind Power Integrated Separately in Chongqing Distribution Network
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Study of Grid Trust Model Based on Virtual Domain
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Design and Implementation of Wind Farm’s Power Prediction Web System
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Experimental Performance for a Universal Single Mooring Platform Applied to Wave-Energy Conversion System
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Study on Collection Efficiency of Buoy in Wave Power Generation
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Research on Power Flow Control of UPFC Based on PSASP/UPI
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Study on Improvement Transient Stability of the Large-Scale Wind Farms Integration with STATCOM
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Study on Simulation System of Relay Protection for Smart Substation
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Research on Networking of the Large Capacity Power Backbone Transmission Network Based on Cross Technology
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 385-386Study on Collection Efficiency of Buoy in Wave...

Study on Collection Efficiency of Buoy in Wave Power Generation

Abstract:

Efficiency is a crucial target in wave power generation. Collection efficiency is the first part in the whole power generation proceeding, which is particularly important. In this paper, six buoys with different radius and different height are selected to look for rational structure for higher efficiency. Force, velocity, absorbed energy and motion tendency are analyzed using simulation. The characteristics on the collection efficiency of buoy have been gotten.