电离层测量复杂能量消耗研究所的研制与仿真

A. Gapon, O. Grib, S. Kozlov, O. Yevseienko, O. Levon
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引用次数: 1

摘要

这项工作致力于解决一个紧迫的问题-开发国家科学院电离层研究所和乌克兰教育和科学部的能源消耗系统的计算机模型,以解决提高测量综合体能源效率的问题。介绍了该综合体的供电系统,给出了负荷-电力用户的广义结构图。给出了各个大功率负荷的能耗图,并给出了负荷无功补偿问题。实验得到的荷载特征的形状和值与模型的特征吻合,证实了所建立模型的充分性。通过反馈偏差与系统均值的方差来评估模型的充分性。所获得的结果证实了使用开发的测量综合体能耗系统的matlab模型来创建和测试节能供电系统模型的可能性,这将确保科学设备的稳定运行,以实施乌克兰国家科学院的研究计划。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development and simulation of the Institute of ionosphere measuring complex energy consumption
The work is devoted to solving an urgent problem - the development of a computer model of the energy consumption system of the Institute of the ionosphere of the National Academy of Sciences and the Ministry of Education and Science of Ukraine in order to solve the problem of increasing the energy efficiency of the measuring complex. The power supply system of the complex is described, a generalized structural diagram of the loads - powerful consumers of electricity is presented. The graphs characterizing the energy consumption of individual powerful loads are presented, the problem of compensating the reactive power of loads is shown. The adequacy of the developed model is confirmed by the coincidence of the shape and values of the experimentally obtained characteristics on loads with the characteristics of the model. The model adequacy was assessed by the variance of feedback deviations from the system mean. The results obtained confirmed the possibility of using the developed Matlab-model of the energy consumption system of the measuring complex for creating and testing on the model of an energy-efficient power supply system, which will ensure the stable operation of scientific equipment for the implementation of research programs of the NAS of Ukraine.
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