Experimental characterization and analysis of low-frequency electric fields in the vicinity of power lines

The aim of this study is to analyze the behavior of electric field for distribution and transmission lines (30kV, 90kV, 150kV and 225kV), to verify the limits with tolerance thresholds defined by international standards and to respond better to EMC requirements for occupational and non-occupation...

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Main Authors:	Said Ghnimi, Ali Gharsallah
Format:	Article
Language:	English
Published:	ESRGroups 2018-09-01
Series:	Journal of Electrical Systems
Subjects:	electric field electromagnetic compatibility transmission and distribution power lines overhead power lines
Online Access:	https://journal.esrgroups.org/jes/papers/14_3_7.pdf

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spelling	doaj-cd2a6386756e4802aed0525c06cca7472020-11-25T02:43:22ZengESRGroupsJournal of Electrical Systems1112-52091112-52092018-09-011437686Experimental characterization and analysis of low-frequency electric fields in the vicinity of power linesSaid GhnimiAli GharsallahThe aim of this study is to analyze the behavior of electric field for distribution and transmission lines (30kV, 90kV, 150kV and 225kV), to verify the limits with tolerance thresholds defined by international standards and to respond better to EMC requirements for occupational and non-occupational exposure. For this purpose, several measurements were carried out at the Society of Electricity and Gas of Tunisia STEG, in order to define the electromagnetic characterization of this field. The implications of the experimental results are also compared and discussed with new international standards. The maximum intensities of the electric fields measured for in northern Tunis were significantly lower than the ICNIRP reference levels except for the 225 kV double circuit transmission line. This last will be used subsequently as a source of disturbance applied to the organs of the human body.https://journal.esrgroups.org/jes/papers/14_3_7.pdfelectric fieldelectromagnetic compatibilitytransmission and distribution power linesoverhead power lines
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	Said Ghnimi Ali Gharsallah
spellingShingle	Said Ghnimi Ali Gharsallah Experimental characterization and analysis of low-frequency electric fields in the vicinity of power lines Journal of Electrical Systems electric field electromagnetic compatibility transmission and distribution power lines overhead power lines
author_facet	Said Ghnimi Ali Gharsallah
author_sort	Said Ghnimi
title	Experimental characterization and analysis of low-frequency electric fields in the vicinity of power lines
title_short	Experimental characterization and analysis of low-frequency electric fields in the vicinity of power lines
title_full	Experimental characterization and analysis of low-frequency electric fields in the vicinity of power lines
title_fullStr	Experimental characterization and analysis of low-frequency electric fields in the vicinity of power lines
title_full_unstemmed	Experimental characterization and analysis of low-frequency electric fields in the vicinity of power lines
title_sort	experimental characterization and analysis of low-frequency electric fields in the vicinity of power lines
publisher	ESRGroups
series	Journal of Electrical Systems
issn	1112-5209 1112-5209
publishDate	2018-09-01
description	The aim of this study is to analyze the behavior of electric field for distribution and transmission lines (30kV, 90kV, 150kV and 225kV), to verify the limits with tolerance thresholds defined by international standards and to respond better to EMC requirements for occupational and non-occupational exposure. For this purpose, several measurements were carried out at the Society of Electricity and Gas of Tunisia STEG, in order to define the electromagnetic characterization of this field. The implications of the experimental results are also compared and discussed with new international standards. The maximum intensities of the electric fields measured for in northern Tunis were significantly lower than the ICNIRP reference levels except for the 225 kV double circuit transmission line. This last will be used subsequently as a source of disturbance applied to the organs of the human body.
topic	electric field electromagnetic compatibility transmission and distribution power lines overhead power lines
url	https://journal.esrgroups.org/jes/papers/14_3_7.pdf
work_keys_str_mv	AT saidghnimi experimentalcharacterizationandanalysisoflowfrequencyelectricfieldsinthevicinityofpowerlines AT aligharsallah experimentalcharacterizationandanalysisoflowfrequencyelectricfieldsinthevicinityofpowerlines
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Experimental characterization and analysis of low-frequency electric fields in the vicinity of power lines

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