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Control of energy-efficient electric drive of pumping stations

机译:控制泵站节能电动驱动

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摘要

The principles of pumping station control, providing the most efficient modes of operation are discussed in the article. To perform calculations of energy-efficient operation modes, a mathematical description of the system has been proposed. It is shown that the increase of energy efficiency in the system is achieved by choosing a power circuit, splitting up sections of the pumping station, selecting the appropriate operation algorithms for each of the sections. An electrical equivalent circuit of the control object is proposed. Comparison of the energy consumption of the pumping station was carried out for the following cases: in the first, the cascade did not work, and in the second, the flow was controlled in a cascade over the entire range of flow variation. It is established that the proposed control algorithms can significantly reduce energy consumption from the mains supply by about 30%.
机译:在文章中讨论了泵站控制的原理,提供最有效的操作模式。为了执行节能操作模式的计算,已经提出了系统的数学描述。结果表明,通过选择电源电路,分割泵站的部分,为每个部分选择适当的操作算法来实现系统中的能量效率的增加。提出了一种控制对象的电力等效电路。对泵站的能量消耗的比较进行了以下情况:在第一情况下,级联不起作用,并且在第二中,在级联的整个流动变化范围内控制流动。建立了所提出的控制算法可以显着降低主电源的能量消耗约为30%。

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