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首页> 外文期刊>Journal of Mechanical Science and Technology >Design and analysis of wave energy converter for a buoy
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Design and analysis of wave energy converter for a buoy

机译：浮标波能转换器的设计与分析

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This paper introduces the design method for the practical use of a wave energy converter (WEC), and the associated results are application to the commercially available WEC for buoys. Peak performance of WEC occurs at resonance with driving waves. This type of resonance occurs when one of the parameters in an oscillator varies periodically. The water column in a WEC oscillates under the effect of gravity and the compression of an air chamber. The analysis of WEC is developed by assuming independence of the buoy heaving motion and the motion of the water column within the center cylinder. Results of analysis are then compared with simulation data, and applied to designing a WEC for buoys. Also, the effect of the various parameters such as cylinder length, period, mass and wave height is analyzed for the optimum design of a WEC. Finally, the research results are applied to a wave simulator with operating LabView, and some ideas are presented to the design method of WEC for buoy with simulation experiment.
机译：本文介绍了一种波能转换器（WEC）的实际使用设计方法，并将相关结果应用于可商购的浮标WEC。 WEC的最佳性能发生在与驱动波共振时。当振荡器中的参数之一周期性变化时，会发生这种类型的谐振。 WEC中的水柱在重力和气室压缩的作用下振荡。 WEC的分析是通过假设浮标起伏运动和中心圆柱内水柱运动的独立性来进行的。然后将分析结果与仿真数据进行比较，并将其应用于浮标的WEC设计。此外，为了优化WEC的设计，分析了各种参数（例如圆柱体长度，周期，质量和波高）的影响。最后，将研究结果应用于带有LabView的波浪模拟器，并通过仿真实验对WEC浮标的设计方法提出了一些想法。

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