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首页> 外文期刊>International journal of ocean and climate systems >Reassessment of tidal energy potential in India and a decision-making tool for tidal energy technology selection
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Reassessment of tidal energy potential in India and a decision-making tool for tidal energy technology selection

机译:印度潮汐能潜力的重新评估和潮汐能技术选择的决策工具

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摘要

Oceans have significant renewable energy options to provide environmental friendly and clean energy. Technology for ocean energy systems and the feasibility for extraction of the same is an important area on which research is being focused worldwide. This article covers a detailed review of available tidal energy conversion technologies and case studies, with specific focus on tidal power potential in India. The proven option for tidal energy conversion is barraging. Recently, open-type turbine (usually known as tidal stream turbines) has been studied by several researchers and pilot demonstrations have been made. While conventional turbines of 10-20 MW rating are used in barrages, the application of tidal stream turbines of 0.5-2.0 MW has been demonstrated in water depths between 40 and 60 m. A new scale is proposed for categorizing the tidal energy potential in terms of tidal velocity and tidal range which could be used to categorize the potential sites and their ranking. A new systematic approach proposed for the assessment of tidal energy conversion potential can facilitate the suitability of either tidal stream energy or tidal barrage for a location. Within this, one could also decide the site could be developed as a major project or minor project. Therefore, the present work will be useful for engineers and decision makers in technology selection investment potential identification.
机译:海洋有大量可再生能源选择,可提供环保和清洁能源。海洋能源系统技术及其提取的可行性是全球研究重点之一。本文详细介绍了现有的潮汐能转换技术和案例研究,重点是印度的潮汐能潜力。潮汐能转换的行之有效的选择是讨价还价。最近,一些研究人员对开放式涡轮机(通常称为潮汐流涡轮机)进行了研究,并进行了试点示范。在拦河坝中使用额定功率为10-20兆瓦的常规涡轮机时,已证明在40至60 m的水深中使用0.5-2.0兆瓦的潮汐流涡轮机。提出了一种新的量表,用于根据潮汐速度和潮汐范围对潮汐能潜力进行分类,可用于对潜在位点及其等级进行分类。为评估潮汐能转换潜力而提出的一种新的系统方法可以促进潮汐流能或潮汐拦河坝对某个地点的适用性。在此范围内,还可以决定将站点开发为主要项目还是次要项目。因此,当前的工作将对工程师和决策者在技术选择投资潜力识别中有用。

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