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首页> 外文期刊>Renewable energy >Combined-cycle hydropower systems - The potential of applying hydrokinetic turbines in the tailwaters of existing conventional hydropower stations
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Combined-cycle hydropower systems - The potential of applying hydrokinetic turbines in the tailwaters of existing conventional hydropower stations

机译:联合循环水力发电系统-在现有常规水力发电站的尾水中应用水动力涡轮机的潜力

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摘要

This paper focuses on discussing the potential and feasibility of increasing hydropower production by installing hydrokinetic turbines behind existing conventional hydropower stations to establish "combined-cycle hydropower system (CCHS)". The CCHS will capture additional power from the energy remaining in water currents exiting dams. There are two modes of CCHS. The hydrokinetic turbine can be located directly behind the turbine of existing conventional hydropower plant or it can be placed at sites in the vicinity of powerhouse. The challenges and advantages associated with the CCHS are discussed in this paper. Although the technology of CCHS is still in its research and development phrase, not yet reaches mature and economically feasible; it is believed that it possesses significant potential to produce additional clean hydropower in the large-scale. It may become additional promising way of generating clean energy to mitigate climate change.
机译:本文重点讨论通过在现有常规水电站后方安装水力涡轮机以建立“联合循环水电系统(CCHS)”来增加水力发电的潜力和可行性。 CCHS将利用从大坝中流出的水流中剩余的能量获取更多的电力。 CCHS有两种模式。流体动力涡轮机可以直接位于现有常规水力发电厂的涡轮机后面,也可以放置在动力室附近的地点。本文讨论了与CCHS相关的挑战和优势。尽管CCHS技术仍处于研发阶段,但尚未成熟并在经济上可行。人们认为,它具有大规模生产更多清洁水电的巨大潜力。它可能成为产生清洁能源以缓解气候变化的另一种有希望的方式。

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