The use of correlation coefficients for load identifiers and a fundamental approach towards power definitions in non-sinusoidal conditions

M.Ing. === Along with the increased use of power-electronic devices, there has been an increase in the magnitudes of distorted currents. Much of the power-theory in use today was devised many decades ago, mostly for AC-systems with clean sinusoidal voltages and currents. Modem loads are more often n...

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Bibliographic Details
Main Author:	Bell, Robert Michael
Published:	2011
Subjects:	Power electronics Electric power-plants Electric currents Fourier transformations
Online Access:	http://hdl.handle.net/10210/3564

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spelling	ndltd-netd.ac.za-oai-union.ndltd.org-uj-uj-70432017-09-16T04:01:28ZThe use of correlation coefficients for load identifiers and a fundamental approach towards power definitions in non-sinusoidal conditionsBell, Robert MichaelPower electronicsElectric power-plantsElectric currentsFourier transformationsM.Ing.Along with the increased use of power-electronic devices, there has been an increase in the magnitudes of distorted currents. Much of the power-theory in use today was devised many decades ago, mostly for AC-systems with clean sinusoidal voltages and currents. Modem loads are more often no longer mostly linear. Against the background of a study in the basic mathematics underlying AC power theory, a few techniques concerned with per-frequency power were examined. In addition certain concerns surrounding the use of correlation indexes for the purposes of load identification were also examined.2011-02-28T06:32:14ZThesisuj:7043http://hdl.handle.net/10210/3564
collection	NDLTD
sources	NDLTD
topic	Power electronics Electric power-plants Electric currents Fourier transformations
spellingShingle	Power electronics Electric power-plants Electric currents Fourier transformations Bell, Robert Michael The use of correlation coefficients for load identifiers and a fundamental approach towards power definitions in non-sinusoidal conditions
description	M.Ing. === Along with the increased use of power-electronic devices, there has been an increase in the magnitudes of distorted currents. Much of the power-theory in use today was devised many decades ago, mostly for AC-systems with clean sinusoidal voltages and currents. Modem loads are more often no longer mostly linear. Against the background of a study in the basic mathematics underlying AC power theory, a few techniques concerned with per-frequency power were examined. In addition certain concerns surrounding the use of correlation indexes for the purposes of load identification were also examined.
author	Bell, Robert Michael
author_facet	Bell, Robert Michael
author_sort	Bell, Robert Michael
title	The use of correlation coefficients for load identifiers and a fundamental approach towards power definitions in non-sinusoidal conditions
title_short	The use of correlation coefficients for load identifiers and a fundamental approach towards power definitions in non-sinusoidal conditions
title_full	The use of correlation coefficients for load identifiers and a fundamental approach towards power definitions in non-sinusoidal conditions
title_fullStr	The use of correlation coefficients for load identifiers and a fundamental approach towards power definitions in non-sinusoidal conditions
title_full_unstemmed	The use of correlation coefficients for load identifiers and a fundamental approach towards power definitions in non-sinusoidal conditions
title_sort	use of correlation coefficients for load identifiers and a fundamental approach towards power definitions in non-sinusoidal conditions
publishDate	2011
url	http://hdl.handle.net/10210/3564
work_keys_str_mv	AT bellrobertmichael theuseofcorrelationcoefficientsforloadidentifiersandafundamentalapproachtowardspowerdefinitionsinnonsinusoidalconditions AT bellrobertmichael useofcorrelationcoefficientsforloadidentifiersandafundamentalapproachtowardspowerdefinitionsinnonsinusoidalconditions
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The use of correlation coefficients for load identifiers and a fundamental approach towards power definitions in non-sinusoidal conditions

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