Gulf Stream energy resources: North Atlantic flow volume increases create more power

Howard P. Hanson

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Gulf Stream energy resources: North Atlantic flow volume increases create more power

机译：湾流能源：北大西洋的流量增加可创造更多电力

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The North Atlantic subtropical gyre appears to offer a significant resource for recovery of marine hydrokinetic energy, especially from its western boundary current, the Florida Current, as it passes through the Straits of Florida. Because the volume of water flowing through the Straits is consistent with the integrated wind forcing over the basin, limitations on power extraction can be related to energy input by the wind. Farther north, however, the volume flow in the Gulf Stream northeast of Cape Hatteras is much higher than this due to the dynamics of the main current as well as the Worthington and Slope Sea Gyres. This suggests that another source of energy is in play. This brief review discusses this additional energy resource for marine renewable energy applications and outlines the technological implications and challenges involved.

机译：北大西洋亚热带回旋流似乎提供了重要的资源，可用来回收海洋水动力，尤其是从西边界流佛罗里达流经佛罗里达海峡时。由于流经海峡的水量与流域上方的综合风向一致，因此功率提取的局限性可能与风能输入有关。但是，由于主要水流以及沃辛顿和坡海涡流的动态，在更北的北部，哈特拉斯角东北部的墨西哥湾流中的流量大大高于此。这表明另一种能源正在发挥作用。这篇简短的评论讨论了用于海洋可再生能源应用的额外能源，并概述了所涉及的技术含义和挑战。

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《Ocean Engineering》 |2014年第1期|78-83|共6页
作者
Howard P. Hanson;
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作者单位

Southeast National Marine Renewable Energy Center, Florida Atlantic University, 777 Glades, Road Boca Raton, FL 33431 United States;

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原文格式 PDF
正文语种 eng
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关键词
Marine renewable energy; Marine hydrokinetic energy; Gulf Stream; Ocean current turbine; Ocean current energy;

机译：海洋可再生能源;海洋动能;湾流;洋流涡轮机;海流能量;

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Gulf Stream energy resources: North Atlantic flow volume increases create more power

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