You are in:Home/Publications/" Three dimensional electric field analysis and measurement inside high voltage substations", International journal of Electrical and Power Engineering, 5 (3) : 150 -156,ISSN 1990 -7958, Medwell Journals,2011.

Prof. Sayed Abo-Elsood Sayed Ward :: Publications:

Title:
" Three dimensional electric field analysis and measurement inside high voltage substations", International journal of Electrical and Power Engineering, 5 (3) : 150 -156,ISSN 1990 -7958, Medwell Journals,2011.
Authors: Sayed A. Ward, Samy M. Ghania , E. M. Shaalan,
Year: 2011
Keywords: Not Available
Journal: Not Available
Volume: Not Available
Issue: Not Available
Pages: Not Available
Publisher: Not Available
Local/International: International
Paper Link: Not Available
Full paper Sayed Abo-Elsood Sayed Ward_150-156.pdf
Supplementary materials Not Available
Abstract:

The exposure to electric field nowadays is an integral part in the design area of electrical power apparatus and systems. Moreover the electric field produced by power lines, busbars and all high voltage equipments inside high voltage (HV) substations is receiving more and more concerns to guarantee the life insurance of workers inside these substations. Therefore the possible effect of the electric field exposure raises the question of how electric fields are created and what effects they may have. Therefore monitoring the electric field inside air insulated substation (AIS) and gas insulated substation (GIS) is achieved in this paper. This paper not only depict the electric field distribution inside AIS using charge simulation method (CSM) in three dimensional (3D) and many matlab M-files modeling programs developed by the authors but also measured it inside AIS under 500 kV, 220 kV busbars and inside GIS nearby the 500 kV, 220 kV and 66 kV busbars. The simulation results of AIS are compared with the measured values and the simulation results are matched with the measured values with very small tolerance about 1.4% for 220 kV model and about 4.4% for 500 kV model.

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