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Hydroenergy

机译:水能

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摘要

Development of SHP (small hydro power) around the world has increased substantially in the last 10 to 15 years because of the limited and fast depleting fossil fuel sources such as coal, oil, and natural gas. The potential for further development of SHP is even stronger. Worldwide, various technologies and practices have been tried with varied success to tap SHP. It is acknowledged, however, that there are not many success stories about SHP throughout the world in terms of economy and efficiency. The performance of SHP projects/plants depends upon the civil works and their costs, standardization of equipment, selection of size and number of units, load factor planning, plant operations, and project management. The technique of benchmarking can be used to assess and improve the performance of SHP projects/ plants. This paper describes the benchmarking technique, and presents its framework and potential for the small hydro industry. (15 references)
机译:在过去的10到15年中,由于煤,石油和天然气等化石燃料资源的有限和快速消耗,全球SHP(小型水力发电)的发展已大大增加。小水电的进一步发展潜力更大。在全球范围内,已经尝试了各种技术和实践,并成功地利用了SHP。然而,公认的是,就经济和效率而言,全球范围内关于小水电的成功案例并不多。小水电项目/工厂的绩效取决于土建工程及其成本,设备的标准化,单元大小和数量的选择,负荷系数计划,工厂运营和项目管理。基准测试技术可用于评估和改善SHP项目/工厂的绩效。本文介绍了基准技术,并介绍了其在小型水电行业中的框架和潜力。 (15参考)

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