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Performance evaluation of hydro power reservoir

机译:水电站储层性能评估

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The rule curves developed for a specific reservoir are used to evaluate the performance of the reservoir within a year and compare to the forecast performance by using inflow and benefit summation curves. The range of annual benefit from lower values in dry years and higher values in wet years is obtained under certain risk conditions. The 32-year period of reservoir routing indicates that the boundaries of annual benefit may be higher or lower expressed as positive or negative quantities added to the annual benefit. It is proven that the realised reservoir level variation followed the forecast one from August to November, and from April to July. Due to several reasons the reservoir was lowered from December to March, indicating an extremely intense lowering. Higher rates of power production are also present at the end of September - beginning of October, the first fortnight of December and in middle March. In the months of middle October to end of November due to testing of the turbines and in April due to the plant maintenance no power was produced. Although the variation of the power factor is not considerably great, it is easily understood that operation of the reservoir at lower levels than those suggested by the lower boundary of the rule curves, results in energy loss which may be in considerable amounts.
机译:为特定水库开发的规则曲线用于评估一年内的水库的性能,并通过使用流入和福利总和曲线进行比较预测性能。在某些风险条件下获得干燥年份较低值和潮湿年度较高值的年度效益范围。 32年的水库路线时期表明,年份效益的界限可能更高或更低,表达为年度利益的正数或负数。据证明,实现的水库级别变化遵循预测从8月到11月,并从4月到7月。由于几种原因,水库从12月到3月降低,表明降低了极其强烈的降低。 9月底,较高的电力生产率 - 10月初,12月和3月中旬的第一个两周。由于对涡轮机的测试,由于涡轮机的测试,因此由于工厂维护而产生的,因此,在11月底为11月底。尽管功率因数的变化不是相当大的,但很容易理解,储存器的操作在较低的水平下的操作,而不是由规则曲线的下边界的那些,导致能量损失,这可能具有相当大的量。

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