Porcelain Insulator Performance under Different Condition of Installation around Aligarh
Modern Society is strongly dependent on a reliable
power supply. The availability of cheap and reliable supply of
electrical energy is an indicator of societal welfare. Uninterrupted
reliable operation of a modern power system depends to a great
extent on reliable and satisfactory performance of insulators under
different environmental conditions. This paper reports result of
natural pollution tests that have been done at sites around city of
Aligarh (India). Flashover voltage per insulation distance (FOVUID)
of porcelain disc insulator for different pH values, ESDD has been
recorded for proper correlation between electrical and chemical
parameters. The pH of the contaminants has been suggested to be an
effective pollution severity indicator and may be used as a diagnostic
parameter for proper maintenance of porcelain insulators.
<p>[1] J.S.T.Looms, “Insulators for High Voltage”, Peter Peregrinus Ltd.,
London, 1990.
[2] Mackevich J and Shah,Minesh, “Polymer Outdoor Insulating Materials
Part I: Comparison of Porcelain and Polymer Electrical Insulation”,
IEEE Electrical Insulation Magazine, May/June 1997, Vol13, No3,
page 5-12.
[3] Lambeth, P.J, “Effect of pollution on high voltage outdoor insulators”,
Proceedings of IEE, IEE Reviews, Vol. 118, No.9R, pp.1107-1130,
1971.
[4] IEEE Working Group, “Application of Insulators in a contaminated
environment”, IEEE Transactions on Power Apparatus and Systems,
Vol.PAS-98, No.5, pp.1676-1695, 1979.
[5] Ely, C.H.A and Lambeth, P.J “ Artificial Pollution Test for High
Voltage Outdoor Insulators”, Proceedings of IEE, Vol. 111, No. 5,
pp.991-998,1964.
[6] Asfar A Khan et al, “A Study of Flashover Voltage of Artificially
Polluted Porcelain Disc Insulator under Natural Fog Conditions”
Proceedings of 2008 International conference on condition monitoring
and diagnosis (CMD2008), Beijing April 2008,, pp 369-371.
[7] Asfar Ali Khan et al, “ Effect of Contaminant pH and natural fog on
naturally polluted porcelain disc insulators in northern region of India”,
2009 Annual report of IEEE Conference on Electrical Insulation and
Dielectric Phenomena (CEIDP 2009), Virginia USA, 18-21Oct. 2009, pp
343-347.
[8] Asfar Ali Khan, “Condition monitoring of insulators under pollution”
Ph.D thesis, AMU, Aligarh 2009.
[9] Asfar A Khan and Ekram Husain, “Flashover Characteristics of
Porcelain Insulators near a Coal Fired Thermal Power plant”,
Proceedings of National Conference on Recent Trends in Electrical
Engineering, LNCT Bhopal, 26-27 March 2010, pp 63-66.
[10] Indian Standard IS 1876-1963.
[11] M Ashfaq Ahmad, “Study of artificially polluted suspension insulators
under Natural fog conditions” M.Sc (Engg) Dissertation 1995.
[12] McElroy, A.J et al,”Insulators with contaminated surfaces, Part I: Field
conditions and their laboratory simulation” IEEE Transactions on Power
Apparatus and Systems, Vol.PAS-89, No.8, pp.1848-1858, 1970.
[13] W. A .Chisholm, et al,” Accurate measurement of low insulator
contamination levels” IEEE Transactions on Power Delivery,
Vol.PWRD-9, No.3, July, 1994, pp.1552-1557.
[14] M. Sami Ahmad et al, “Pollution of Shallow Aquifer in Aligarh Muslim
University Campus, District Aligarh UP”, Proc. All India Seminar on
Ground Water development, Lucknow, February 1988, pp 107-116.
[15] Sharifa A Qureshi and Shamshad Ahmad, M.Sc (Geology) Project
report, AMU, 2009.
[16] The Hindustan Times, New Delhi Edition, Page 1, 8th ,9th March 2008
[17] Saqib, M et al, “Correlation among Pollution Severity Indicators and
Flashover Voltage on Porcelain Insulator” International Conference
Teerthankar Mahaveer University Moradabad India April 2012
[18] Khan Asfar Ali and M Rihan “Smart pH sensor for condition monitoring
of insulators in the smart grid” ISGT (India) 2011, pp 274-277.</p>
<p>[1] J.S.T.Looms, “Insulators for High Voltage”, Peter Peregrinus Ltd.,
London, 1990.
[2] Mackevich J and Shah,Minesh, “Polymer Outdoor Insulating Materials
Part I: Comparison of Porcelain and Polymer Electrical Insulation”,
IEEE Electrical Insulation Magazine, May/June 1997, Vol13, No3,
page 5-12.
[3] Lambeth, P.J, “Effect of pollution on high voltage outdoor insulators”,
Proceedings of IEE, IEE Reviews, Vol. 118, No.9R, pp.1107-1130,
1971.
[4] IEEE Working Group, “Application of Insulators in a contaminated
environment”, IEEE Transactions on Power Apparatus and Systems,
Vol.PAS-98, No.5, pp.1676-1695, 1979.
[5] Ely, C.H.A and Lambeth, P.J “ Artificial Pollution Test for High
Voltage Outdoor Insulators”, Proceedings of IEE, Vol. 111, No. 5,
pp.991-998,1964.
[6] Asfar A Khan et al, “A Study of Flashover Voltage of Artificially
Polluted Porcelain Disc Insulator under Natural Fog Conditions”
Proceedings of 2008 International conference on condition monitoring
and diagnosis (CMD2008), Beijing April 2008,, pp 369-371.
[7] Asfar Ali Khan et al, “ Effect of Contaminant pH and natural fog on
naturally polluted porcelain disc insulators in northern region of India”,
2009 Annual report of IEEE Conference on Electrical Insulation and
Dielectric Phenomena (CEIDP 2009), Virginia USA, 18-21Oct. 2009, pp
343-347.
[8] Asfar Ali Khan, “Condition monitoring of insulators under pollution”
Ph.D thesis, AMU, Aligarh 2009.
[9] Asfar A Khan and Ekram Husain, “Flashover Characteristics of
Porcelain Insulators near a Coal Fired Thermal Power plant”,
Proceedings of National Conference on Recent Trends in Electrical
Engineering, LNCT Bhopal, 26-27 March 2010, pp 63-66.
[10] Indian Standard IS 1876-1963.
[11] M Ashfaq Ahmad, “Study of artificially polluted suspension insulators
under Natural fog conditions” M.Sc (Engg) Dissertation 1995.
[12] McElroy, A.J et al,”Insulators with contaminated surfaces, Part I: Field
conditions and their laboratory simulation” IEEE Transactions on Power
Apparatus and Systems, Vol.PAS-89, No.8, pp.1848-1858, 1970.
[13] W. A .Chisholm, et al,” Accurate measurement of low insulator
contamination levels” IEEE Transactions on Power Delivery,
Vol.PWRD-9, No.3, July, 1994, pp.1552-1557.
[14] M. Sami Ahmad et al, “Pollution of Shallow Aquifer in Aligarh Muslim
University Campus, District Aligarh UP”, Proc. All India Seminar on
Ground Water development, Lucknow, February 1988, pp 107-116.
[15] Sharifa A Qureshi and Shamshad Ahmad, M.Sc (Geology) Project
report, AMU, 2009.
[16] The Hindustan Times, New Delhi Edition, Page 1, 8th ,9th March 2008
[17] Saqib, M et al, “Correlation among Pollution Severity Indicators and
Flashover Voltage on Porcelain Insulator” International Conference
Teerthankar Mahaveer University Moradabad India April 2012
[18] Khan Asfar Ali and M Rihan “Smart pH sensor for condition monitoring
of insulators in the smart grid” ISGT (India) 2011, pp 274-277.</p>
@article{"International Journal of Electrical, Electronic and Communication Sciences:50324", author = "Asfar Ali Khan and Ekram Husain", title = "Porcelain Insulator Performance under Different Condition of Installation around Aligarh", abstract = "Modern Society is strongly dependent on a reliable
power supply. The availability of cheap and reliable supply of
electrical energy is an indicator of societal welfare. Uninterrupted
reliable operation of a modern power system depends to a great
extent on reliable and satisfactory performance of insulators under
different environmental conditions. This paper reports result of
natural pollution tests that have been done at sites around city of
Aligarh (India). Flashover voltage per insulation distance (FOVUID)
of porcelain disc insulator for different pH values, ESDD has been
recorded for proper correlation between electrical and chemical
parameters. The pH of the contaminants has been suggested to be an
effective pollution severity indicator and may be used as a diagnostic
parameter for proper maintenance of porcelain insulators.
", keywords = "Porcelain insulators, Flashover Voltage, pH value,
Conductivity, ESDD.", volume = "7", number = "7", pages = "796-5", }
