浮动电流涡轮的研制

K. Takagi, T. Waseda, S. Nagaya, Y. Niizeki, Y. Oda
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引用次数: 10

摘要

流经日本海岸附近的黑潮是世界上最强的海流之一,海流能源是日本最有前途的电力资源之一。我们成立了一个财团,并于去年开始研究浮式电流涡轮系统。提出了一种带有双涡轮的浮动型概念,作为最小重量的海流发电机。浮子由一根系泊绳系泊,张力与涡轮的推力和浮力平衡。该系统应具有风向标功能,深度可通过调节浮力和桨距来控制。本文给出了该系统的概念设计、水轮机设计、伊豆岛外海电流测量和模拟系统运行状态的计算机程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a floating current turbine
Ocean current energy is one of promising power resource for Japan, since Kurosio Current, which pass through near the Japanese coast, is one of strongest ocean current in the world. We formed a consortium and started to study about a floating type current turbine system last year. A floating type concept with the twin-turbine is proposed as a minimum weight ocean current generator. The float is moored by a single mooring line and the tension force is balanced with the thrust force and the buoyancy of the turbine. This system is supposed to have a weathervane function and the depth is controllable by adjusting the buoyancy and the blade pitch. A conceptual design, turbine design, current measurement at off Izu Island and a computer code to simulate the state of whole system are shown in this paper.
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