Performance of Standard Power/Energy Metric under Fast Changes in Active Energy Flow Direction

J. Drapela, J. Morávek, Lukáš Radil, P. Mastný
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引用次数: 6

Abstract

Rapid and frequent changes in energy flow direction, those may occur in active distribution systems due to presence of (un)intentional generation with simultaneous consumption, have significant effect on correctness and consequent interpretation of measured power and registered energy by power analyzers and revenue meters based on standard metric with long measuring window. The loss of information because of averaging effect in measuring window is explained and investigated using a numerical model of standard window based metric considering four invariant parameters. Moreover, identified characteristics are verified by means of performed experiments on a set of typical revenue meters. Finally, proposed solution is presented in the conclusion.
有功能量流向快速变化下标准功率/能量度量的性能
在有功配电系统中,由于同时存在(非)有意发电而导致的能量流方向的快速和频繁变化,对基于长测量窗口的标准度量的功率分析仪和收益表对测量功率和登记能量的正确性和后续解释产生了重大影响。利用考虑四个不变参数的标准窗度量的数值模型,解释和研究了测量窗口平均效应造成的信息损失。此外,通过在一组典型的收入计上进行的实验,验证了所识别的特性。最后,在结论部分提出了解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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