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Water power-wave, tidal and low-head hydro technologies

机译:水力波浪,潮汐和低水头水力发电技术

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摘要

Mankind has used water for centuries, but while those historical schemes made use of the derived mechanical energy to grind corn, for example, their modern counterparts usually generate electricity. Hydroelectric schemes are well known and already make a large contribution to the world's electricity supply. The total world resource for hydro, tidal and wave may be of the order of 6000 GW. Developments over the last 20 years have led to a number of concepts for wave energy converters which are technically feasible and are becoming economically attractive. Tidal power is of great interest in those locations with tidal ranges of 5-10 m. There are a few prototypes scattered across the world, the most famous being the La Rance scheme in France which has been operating since the 1960s. This article considers low head hydro schemes and reviews the current position of the related tidal and wave technologies, and concludes that the natural energy resources available should be exploited to provide a secure future.
机译:人类使用水已有数百年历史,但是,尽管那些历史悠久的计划例如利用衍生的机械能碾磨玉米,但现代的同行通常会发电。水电计划是众所周知的,已经为世界电力供应做出了巨大贡献。水,潮汐和海浪的世界总资源量约为6000吉瓦。过去20年的发展带来了许多波能转换器的概念,这些概念在技术上是可行的,并且在经济上具有吸引力。在那些潮汐范围为5-10 m的地方,潮汐能引起了极大的兴趣。有一些原型散布在世界各地,最著名的是法国的拉兰斯计划,该计划自1960年代就开始运作。本文考虑了低水头水电计划,并回顾了相关潮汐和波浪技术的当前地位,并得出结论,应利用可用的自然能源来提供安全的未来。

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