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Marine Currents Energy Resource Characterization for Morocco

机译:摩洛哥海洋电流能源资源特征

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摘要

Over the last two decades,there has been a great interest in marine renewable energy exploitation(70% of the globe are ocean)due to the limitation of fossil resources and the effect of climate change.The marine current energy constitutes a huge potential of marine renewable resources for producing electricity using a Hydrokinetic turbine,the assessment of the potential resources of sites is the most necessaire step to select the adequate location for implementing and choosing the corresponding conversion systems.The main objective of this work is to calculate and map with a high resolution(200 m)the current velocity of some Moroccan sites in order to select the items with high resource potential.In this sense,the current velocity was calculated using the 3D dimensions’hydrodynamic numerical model SWAN.In addition,the accurate data of Copernicus center with have been employed with the SWAN parameters to perform the high potential.The results obtained show the potential of the sites selected to facilitate the choice of the adequate technology which can be employed to extract the kinetic energy of the marine current.
机译:在过去的二十年中,由于化石资源的限制和气候变化的影响,对海洋可再生能源剥削(70%的全球70%是海洋)的兴趣。海洋目前的能源构成了海洋的巨大潜力对于使用水力发电机,网站的潜在资源的评价是最necessaire一步选择执行,然后选择相应的转换systems.The主要目标这项工作是计算并与地图适当位置产生电能的可再生资源高分辨率(200米)一些摩洛哥网站的当前速度,以便选择具有高资源潜力的项目。在这种意义上,使用3D维度的水流数值模型天鹅计算当前速度。此外,准确的数据Copernicus中心已经使用了SWAN参数来执行高潜力。获得的结果显示了SELE的潜力为了便于选择适当的技术,可以用于提取海洋电流的动能。

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