以耗电量波动分散最小为准则的矿井水箱水位自动控制系统的研究与综合

A. Bublikov, M. Isakova, V. Nadtochyi, D. Zybalov, Yuliya Halchenko, M. Khoroshailov
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引用次数: 0

摘要

实用价值。在引入专家规则的基础上,提出了矿井水库水位自动控制系统的综合方法,使水泵发动机总功率波动的方差最小。减少功率随时间变化的方差增加了抽水所消耗的能量的可预测性,也减少了观察到泵驱动总功率显著增加时的时间。这使得在计算电力成本时使用差异化方法降低抽水的特定能源成本成为可能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research and synthesis of the automatic water level control system of the mine water tank according to the criterion of minimizing the dispersion of fluctuations of power consumption
Practical value. The synthesis method is proposed for the system of automatic control of the water level in the mine reservoir based on the introduction of expert rules, thanks to which the variance of fluctuations in the total power of the pump engines is minimized. Reducing the variance of the change in power over time increases the predictability of the amount of energy consumed for pumping water, and also reduces the amount of time when a significantly increased total power of the pump drives is observed. This makes it possible to reduce specific energy costs for water pumping using the differentiated approach when calculating the cost of electricity.
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