墨西哥海岸最大潜力区域波浪能量转换器(Wec)的研究

Mariano Azzur Hernández Contreras, M. Silva-Ortega, Verónica García Valenzuela, Teresita de Jesús Olivares d
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引用次数: 0

摘要

波浪能作为一种可再生能源,是一种利用海洋中蕴藏的能量潜力的能源。随着人类越来越依赖电能,有必要有更好的技术来更有效地产生电能。进行了可作为WEC (Wave Energy Converter)在墨西哥海岸发电的浮标的几何形状研究,在墨西哥湾和太平洋各选择一个地点,研究墨西哥海岸的海洋气象条件。浮标的分析是基于水动力学研究,使我们能够通过数值模拟观察运动的响应,当他们受到海浪的影响,从而选择一个最优和有效的配置。本文所建立的能量势能响应的计算方法,为今后发电系统的设计提供了一个初步的概述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of a Wave Energy Converter (Wec) for the Area with the Greatest Potential in Mexican Coasts
Wave energy, being a renewable energy, is a source of energy that takes advantage of the energy potential contained in the oceans. As humanity depends more and more on electrical energy, it is necessary to have better technologies that are more efficient to generate them.The study of the geometry of buoys that can be used as WEC for its acronym in English (Wave Energy Converter ) to generate energy on Mexican coasts was carried out, which selects a location in the Gulf of Mexico and another in the Pacific Ocean, studying metocean conditions of the Mexican coast.The buoys are analyzed based on a hydrodynamic study that allows us to observe through numerical simulation the response of movements when they are impacted by the waves and thus select an optimal and efficient configuration.The calculation of response to energy potential developed in this work provides an initial overview for the design of power generation systems in the future.
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