DESIGN OF AN OCEAN WAVE ENERGY CONVERTER – THE PRELIMINARY STUDY

Uzair Ali, S. Dol, A. A. Azeez
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Abstract

Wave Energy Converters (WEC) are devices that harvest the different energies that are associated with moving waves, such as kinetic energy and potential energy, and converting them into useful mechanical and electrical energies. Considering that the ocean and sea are covering around 71 percent of the earth, it is unavoidable to consider it as the main source of renewable energy. This report starts with reviewing a few of the most recent WECs. In the analysis section, it shows a device that functions using pistons to run a hydraulic motor, which then runs a generator in a system. The device is further modified by attaching a rotating mass, which is directly connected to a generator. It is a hybrid device using technologies of both the Pelamis and the Penguin. The power output calculated for the system is 177 kW, which is quiet reasonable considering the wave conditions at Fujairah’s sea shore in United Arab Emirates.
一种海浪能量转换器的设计-初步研究
波浪能转换器(WEC)是一种收集与移动波相关的不同能量的设备,如动能和势能,并将它们转换成有用的机械能和电能。考虑到海洋占地球面积的71%,不可避免地将其视为可再生能源的主要来源。本报告首先回顾几个最新的WECs。在分析部分,它展示了一个装置,它使用活塞来运行液压马达,然后在系统中运行发电机。该装置通过附加一个旋转质量进一步改进,该旋转质量直接连接到发电机。这是一种混合设备,使用了Pelamis和Penguin的技术。该系统的计算输出功率为177千瓦,考虑到阿联酋富查伊拉海岸的波浪条件,这是非常合理的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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