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Volume 2, Issue 1, February 2013, Page: 18-28
Distortion of Uniform Electric Field by Human Body of Technical Personal in Substations with Super High Voltages 330-500 kv
I. S. Okrainskaya, Department: The Safety of Life, South Ural State University (National Research University), Chelyabinsk, Russia
Received: Jan. 2, 2013;       Published: Feb. 20, 2013
DOI: 10.11648/j.ijepe.20130201.13      View  3127      Downloads  172
For protection electric substations personnel from harmful effects of the super high voltage electric field, it is need to measure the level and time of electric field exposition of personal by using mobile electric field measurement instrument. The instrument are placed in mans helmet close to a head in area of high electric field intensity. Standards for limited vales of electric field intensity are estimated for undistorted electric field. As a conductor, the human body distorts the original electric field around the body and device shows distorted value of electric field. Investigation of level distortion by the finite element method and the experimental measurements shows that the maximum distortion appears with change of height of the person and at change parameters of foot ware soil. These parameters, height of the person and foot ware soil data should be used for design of a measurement devise and for adjustment the device before measurements. Change of other person parameters can be ignored because of very law level of changes field distortion.
Electric Field, Distortion, Anthropometric Characteristics
To cite this article
I. S. Okrainskaya, Distortion of Uniform Electric Field by Human Body of Technical Personal in Substations with Super High Voltages 330-500 kv, International Journal of Energy and Power Engineering. Vol. 2, No. 1, 2013, pp. 18-28. doi: 10.11648/j.ijepe.20130201.13
General Characteristic of Electric Field Intensity of 500-kV Outdoor Switchgears, Okrainskaya, I.S., Sidorov, A.I., Tryapitsyn, A.B., Babin, A.V., Goldshtein, M.I., Blinkova, L.L., Syzrantseva, E.A. Power Technology and Engineering. 2006. V. 40. # 2, pp. 127-130
Sanitary Rules and Norms. Electromagnetic fields in industry conditions
Kolechitsky, E.S. Calculation of electric fields of a high voltage devices: High schools manual / I.P. Белоедова, U.V.Eliseev, E.S.Kolechitsky etc.; under edition. E.S.Kolechitskogo. - M.: Publishing house MEI, 2008. –248 p.
Bessonov, L.A. Theoretical basics of electrical engineering. An electromagnetic field: Textbook. - 9 ed. - M.; Gardariki, 2001. – 317 p.
Cherepnev, I.А. Biological effects under influence of elec-tromagnetic waves / Systems of management, navigation, and signalling. -2007.- pp 118-124
Kuznetsov, A.N. Biophysics of low frequency electromagnetic influences. The manual - M.: MFTI, 1994. – 164 p.
Okrainskaya, I.S, Staff Protection in Super High Voltage Electric Substations by Using of the Electric Field Mea-surement Devices/ I.S. Okrainskaya, A.I. Sidorov, S.P. Gla-dyshev //2012 IEEE International Conference on Electro Information Technology, Indiana University-Purdue, Uni-versity Indianapolis, Indianapolis USA, May 6-8, Catalog Number CFP12EITCDR. – 2012. – 6 р.
A.I. Sidorov, I.S. Okrainskaya, S.P. Gladyshev, Measurement of Super High Voltage Transmission Line Electric Field Ef-fecting on the Environment. IEEE EIT 2011, Paper 43, Mancato, May15-17, 2011.
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