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OWC-TypeWave Chamber Optimization Under Series of Regular Waves

机译:OWC-Temewave室优化在常规波下

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摘要

Oceans cover more than 70% of the Earth’s surface,and water waves are considered as unlimited sources of renewable energy.The use of fossil fuelsmaycause undesired challenges such as global warming and climate change in the nature. Advantages of renewable energy include low operational cost,environment friendliness,simple maintenance procedures,and non-polluting nature. In this study,an oscillating water column (OWC) system close to the onshore was investigated inwater level forwave parameterswhich consist of different wave heights and wave periods. Efficient energy transformation is achieved by using air turbines. In this study,20 experimental sets were carried out by a piston-type wave maker. The experimental results showed that the chamber geometry of the OWC,water depth,and wave parameters are most important factors in terms of achieving maximum wave power for energy harvesting.
机译:海洋覆盖了超过70%的地球表面,水波被认为是无限的可再生能源。化石燃料的使用是不希望的挑战,如全球变暖和气候变化。可再生能源的优势包括低运营成本,环境友好性,简单的维护程序和非污染性质。在本研究中,研究了靠近陆上的振荡水柱(OWC)系统被研究了从不同的波浪高度和波段组成的地水的水平。通过使用风力涡轮机实现高效的能量变换。在本研究中,通过活塞式波制造机进行20个实验组。实验结果表明,在实现能量收集的最大波动力方面,OWC,水深和波参数的腔室几何形状是最重要的因素。

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