A single-point approach based on IEEE 1459-2000 for the identification of prevailing harmonic sources detection in distorted three phase power systems

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Abstract

This paper deals with a novel single-point strategy for the detection of prevailing harmonic sources downstream or upstream the metering section in three-phase power systems. It is an enhancement of a previous strategy, already developed by the authors and it is based on the comparison of three non-active power quantities which are based on the IEEE Std. 1459-2000 approach. The method does not require any spectral analysis of voltages and currents because it is based only on the separation of the fundamental components from the harmonic content of voltage and current. In the paper, the effectiveness of the strategy is investigated by means of simulation tests which were carried out on a IEEE standard three-phase test power system used by other authors as a benchmark to test harmonic sources detection methods. The analysis is carried out considering also the presence of the measurement transducers.
Lingua originaleEnglish
pagine (da-a)209-218
Numero di pagine10
RivistaMETROLOGY AND MEASUREMENT SYSTEMS
VolumeXVI
Stato di pubblicazionePublished - 2009

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harmonics
Electric potential
Spectrum analysis
Transducers
electric potential
upstream
spectrum analysis
transducers
augmentation
simulation

All Science Journal Classification (ASJC) codes

  • Control and Systems Engineering
  • Instrumentation

Cita questo

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title = "A single-point approach based on IEEE 1459-2000 for the identification of prevailing harmonic sources detection in distorted three phase power systems",
abstract = "This paper deals with a novel single-point strategy for the detection of prevailing harmonic sources downstream or upstream the metering section in three-phase power systems. It is an enhancement of a previous strategy, already developed by the authors and it is based on the comparison of three non-active power quantities which are based on the IEEE Std. 1459-2000 approach. The method does not require any spectral analysis of voltages and currents because it is based only on the separation of the fundamental components from the harmonic content of voltage and current. In the paper, the effectiveness of the strategy is investigated by means of simulation tests which were carried out on a IEEE standard three-phase test power system used by other authors as a benchmark to test harmonic sources detection methods. The analysis is carried out considering also the presence of the measurement transducers.",
author = "Antonio Cataliotti and Valentina Cosentino",
year = "2009",
language = "English",
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journal = "METROLOGY AND MEASUREMENT SYSTEMS",
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T1 - A single-point approach based on IEEE 1459-2000 for the identification of prevailing harmonic sources detection in distorted three phase power systems

AU - Cataliotti, Antonio

AU - Cosentino, Valentina

PY - 2009

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N2 - This paper deals with a novel single-point strategy for the detection of prevailing harmonic sources downstream or upstream the metering section in three-phase power systems. It is an enhancement of a previous strategy, already developed by the authors and it is based on the comparison of three non-active power quantities which are based on the IEEE Std. 1459-2000 approach. The method does not require any spectral analysis of voltages and currents because it is based only on the separation of the fundamental components from the harmonic content of voltage and current. In the paper, the effectiveness of the strategy is investigated by means of simulation tests which were carried out on a IEEE standard three-phase test power system used by other authors as a benchmark to test harmonic sources detection methods. The analysis is carried out considering also the presence of the measurement transducers.

AB - This paper deals with a novel single-point strategy for the detection of prevailing harmonic sources downstream or upstream the metering section in three-phase power systems. It is an enhancement of a previous strategy, already developed by the authors and it is based on the comparison of three non-active power quantities which are based on the IEEE Std. 1459-2000 approach. The method does not require any spectral analysis of voltages and currents because it is based only on the separation of the fundamental components from the harmonic content of voltage and current. In the paper, the effectiveness of the strategy is investigated by means of simulation tests which were carried out on a IEEE standard three-phase test power system used by other authors as a benchmark to test harmonic sources detection methods. The analysis is carried out considering also the presence of the measurement transducers.

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JO - METROLOGY AND MEASUREMENT SYSTEMS

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SN - 2080-9050

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