尼泊尔Pico水力发电

Gussy Collett, Chloe Nicholson, L. Smith, Campbell Stevens, W. Thomas, A. Lapthorn
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引用次数: 0

摘要

本文概述了为尼泊尔一个偏远村庄准备的微型水电计划的进展情况。正在开发的方案在设计水头约2.5米处使用卡普兰反应涡轮机。已经建立了用于涡轮机开发的试验台;这样可以收集经验数据,以优化设计的机械效率并确定最佳操作条件。电力是由感应电机产生的。利用Chroma网格模拟器提供感应机的无功功率并吸收测试过程中产生的实际功率。最终方案将经历输入功率和村庄负荷要求的变化。因此,负荷控制和无功控制正在得到发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nepalese Pico Hydropower Generation
This paper outlines the progress-to-date on a pico-hydropower scheme intended for a remote Nepalese village. The scheme being developed uses a Kaplan reaction turbine at a design head of around 2.5 m. A test rig has been built for turbine development; this enables empirical data to be gathered to optimise the mechanical efficiency of the design and determine optimal operating conditions. Power is generated using an induction motor. A Chroma grid simulator has been used to provide the inductive machine’s reactive power and absorb the real power generated during testing. The final scheme will experience variation from both the input power and the village load requirements. Therefore, load control and reactive power control are being developed.
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