Abstract

The conventional Newton-Raphson power flow study has been reformulated to permit the inclusion of non-linear Loads. These Loads give rise to harmonic signals which propagate throughout the power system. The reformulation is based on the reduction to zero of the mismatch active power and reactive voltamperes, the imbalance current at harmonic frequencies, and the mismatch apparent voltamperes. Conclusions on the existence of positive, negative, and zero sequence signals is made for harmonic frequencies. The harmonic power flow study formulation is illustrated for a three phase full wave bridge rectifier. A companion paper presents a discussion of the actual computer implementation and several practical examples.

Original languageEnglish (US)
StatePublished - Jan 1 2017
EventIEEE Power Eng Soc Summer Meet, Conf Pap - Portland, OR, USA
Duration: Jul 26 1981Jul 31 1981

Other

OtherIEEE Power Eng Soc Summer Meet, Conf Pap
CityPortland, OR, USA
Period7/26/817/31/81

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Reactive power
Protein Sorting Signals

ASJC Scopus subject areas

  • Engineering(all)

Cite this

Daozhi Xia, X., & Heydt, G. T. (2017). HARMONIC POWER FLOW STUDIES - 1. FORMULATION AND SOLUTION.. Paper presented at IEEE Power Eng Soc Summer Meet, Conf Pap, Portland, OR, USA, .

HARMONIC POWER FLOW STUDIES - 1. FORMULATION AND SOLUTION. / Daozhi Xia, Xia; Heydt, G. T.

2017. Paper presented at IEEE Power Eng Soc Summer Meet, Conf Pap, Portland, OR, USA, .

Research output: Contribution to conferencePaper

Daozhi Xia, X & Heydt, GT 2017, 'HARMONIC POWER FLOW STUDIES - 1. FORMULATION AND SOLUTION.' Paper presented at IEEE Power Eng Soc Summer Meet, Conf Pap, Portland, OR, USA, 7/26/81 - 7/31/81, .
Daozhi Xia X, Heydt GT. HARMONIC POWER FLOW STUDIES - 1. FORMULATION AND SOLUTION.. 2017. Paper presented at IEEE Power Eng Soc Summer Meet, Conf Pap, Portland, OR, USA, .
Daozhi Xia, Xia ; Heydt, G. T. / HARMONIC POWER FLOW STUDIES - 1. FORMULATION AND SOLUTION. Paper presented at IEEE Power Eng Soc Summer Meet, Conf Pap, Portland, OR, USA, .
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