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

机译:在有功电能流向快速变化下标准功率/电能度量的性能

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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.
机译:能量流向的快速频繁变化,可能会由于(非)有意发电同时消耗而在有源配电系统中发生,对正确性以及随后由功率分析仪和基于收入的计量表对测得的功率和注册能量的解释产生重大影响带有长测量窗口的标准度量标准。考虑到四个不变参数,使用基于标准窗口的度量的数值模型来解释和研究由于测量窗口中的平均效应而导致的信息丢失。此外,通过对一组典型收益表进行的实验来验证识别出的特征。最后,在结论中提出了建议的解决方案。

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