[article] 
in Revue des sciences et de la technologie > N° 31 [01/10/2015] . - p. 90

Titre :	Monitoring of electromagnetic pollution inside switchyard substation : (case study: El-Hadjar electrical post in Annaba city, Algeria).
Type de document :	texte imprimé
Auteurs :	Wafa Tourab, Auteur ; Abdessalem Babouri, Auteur
Année de publication :	2015
Article en page(s) :	p. 90
Langues :	Français
Mots-clés :	electromagnetic compatibility  low frequency electromagnetic fields  high voltage power lines  electromagnetic pollution  international standards
Résumé :	The aim of this paper is to carry out an experimental characterization of the electromagnetic environment beneath a selected circuit of two 220kV power lines inside El-Hadjar electrical post often requiring maintenance. An analytical the calculation method is proposed in order to complete this study. The model of the circuit of lines proposed was constructed using the actual physical dimensions of the towers. It follows a numerical simulation of the field's magnitudes for highest ground clearance levels close to the towers. General conclusions arising from the comparison of the results with relevant reference levels in force for occupational exposure as well as recommendations to ensure workers safety are finally given.

[article] Monitoring of electromagnetic pollution inside switchyard substation : (case study: El-Hadjar electrical post in Annaba city, Algeria). [texte imprimé] / Wafa Tourab, Auteur ; Abdessalem Babouri, Auteur . - 2015 . - p. 90.
Langues : Français
in Revue des sciences et de la technologie > N° 31 [01/10/2015] . - p. 90

Mots-clés :

electromagnetic compatibility  low frequency electromagnetic fields  high voltage power lines  electromagnetic pollution  international standards

Résumé :

The aim of this paper is to carry out an experimental characterization of the electromagnetic environment beneath a selected circuit of two 220kV power lines inside El-Hadjar electrical post often requiring maintenance. An analytical the calculation method is proposed in order to complete this study. The model of the circuit of lines proposed was constructed using the actual physical dimensions of the towers. It follows a numerical simulation of the field's magnitudes for highest ground clearance levels close to the towers. General conclusions arising from the comparison of the results with relevant reference levels in force for occupational exposure as well as recommendations to ensure workers safety are finally given.