Practical comparisons among electronic energy meters, a precision energy meter and IEEE1459 for reactive energy measurements, under unbalanced and non-sinusoidal conditions
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Resumo
This paper presents a practical experimentation for comparing reactive/non-active energy measures, considering three-phase four-wire non-sinusoidal and unbalanced circuits, involving five different commercial electronic meters. The experimentation set provides separately voltage and current generation, each one with any waveform involving up to fifty-first harmonic components, identically compared with acquisitions obtained from utility. The experimental accuracy is guaranteed by a class A power analyzer, according to IEC61000-4-30 standard. Some current and voltage combination profiles are presented and confronted with two different references of reactive/non-active calculation methodologies; instantaneous power theory and IEEE 1459-2010. The first methodology considers the instantaneous power theory, present into the advanced mathematical internal algorithm from WT3000 power analyzer, and the second methodology, accomplish with IEEE 1459-2010 standard, uses waveform voltage and current acquisition from WT3000 as input data for a virtual meter developed on Mathlab/Simulink software. © 2012 IEEE.
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Class A, Commercial electronics, Current generation, Electronic energy meter, Energy measure, Energy meters, Harmonic components, IEEE 1459-2010, Input datas, Instantaneous power theory, Internal algorithms, Mathlab, Non-sinusoidal, Power analyzers, Practical experimentation, Three-phase four-wire, Unbalanced circuit, Wave forms, Experiments, Industrial applications, Electric measuring instruments
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Inglês
Citação
2012 10th IEEE/ias International Conference on Industry Applications (induscon). New York: IEEE, p. 9, 2012.
