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TYPHOON ENERGY UTILIZATION USING MEGA-YACHT SYSTEM

机译:巨型游艇系统对台风的利用

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摘要

Typhoon, hurricane or tropical cyclone are characterized by the release of large amounts of latent heat of condensation. Even if an average typhoon has 1018J energy which is enough for annual Japanese electric power. Therefore until now, none of human beings can utilize this huge ocean energy. If we could develop a system that drawn out power from the typhoon or as such high wind energy resources, we could obtain clean and abundant energy. In this research proposes the concept of a sailing type power plant, designed as a mega sailing yacht with some underwater power generators. This power plant operates under the high wind energy area with its hard sails and the underwater propeller generators yield electric power, which will be stored by batteries or H2 conversion. Our feasibility study shows that using the 1000 mega yacht fleet, the annual power in Japan can be easily obtained with no CO2 emission. In this paper discuss our concept with the mega-float wind power concept and the results of model test in the tank.
机译:台风,飓风或热带气旋的特征是释放出大量的冷凝潜热。即使普通台风的能量为1018J,也足以满足日本每年的电力需求。因此,到目前为止,没有人能利用这种巨大的海洋能量。如果我们能开发出一种能从台风或如此高的风能资源中汲取能量的系统,我们将获得清洁而丰富的能源。在这项研究中,提出了一种帆船型发电厂的概念,该发电厂被设计为带有一些水下发电机的大型帆船游艇。该发电厂的风帆很大,在高风能区工作,水下螺旋桨发电机产生电能,这些电能将通过电池或氢气转换来存储。我们的可行性研究表明,使用1000艘大型游艇,可以轻松实现日本的年发电量,而且不会产生CO2排放。在本文中,我们将利用巨型浮式风力发电概念讨论我们的概念,并在储罐中进行模型测试的结果。

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