Comparison of contact measurement and free-space radiation measurement of partial discharge signals.

Jaber, A.; Lazaridis, P.; Zhang, Y.; Upton, D.; Ahmed, H.; Khan, U.; Saeed, B.; Mather, P.; Vieira, M.F.Q.; Atkinson, R.; Judd, M.; Glover, I.A.

doi:10.1109/iconac.2015.7313955

Comparison of contact measurement and free-space radiation measurement of partial discharge signals.

Jaber, A.; Lazaridis, P.; Zhang, Y.; Upton, D.; Ahmed, H.; Khan, U.; Saeed, B.; Mather, P.; Vieira, M.F.Q.; Atkinson, R.; Judd, M.; Glover, I.A.

Authors

A. Jaber

P. Lazaridis

Y. Zhang

D. Upton

H. Ahmed

U. Khan

B. Saeed

P. Mather

M.F.Q. Vieira

R. Atkinson

M. Judd

I.A. Glover

Abstract

Two partial discharge (PD) measurement techniques, a contact measurement technique (similar to the IEC 60270 standard measurement) and a free-space radiation (FSR) measurement technique, are compared for the case of a floating electrode PD source. The discharge pulse shapes and PD characteristics under high voltage DC conditions are obtained. A comparison shows greater similarity between the two measurements than was expected. It is inferred that the dominant mechanism in shaping the spectrum is the band-limiting effect of the radiating structure rather than band limiting by the receiving antenna. The cumulative energies of PD pulses in both frequency and time domains are also considered.

Citation

JABER, A., LAZARIDIS, P., ZHANG, Y., UPTON, D., AHMED, H., KHAN, U., SAEED, B., MATHER, P., VIEIRA, M.F.Q., ATKINSON, R., JUDD, M. and GLOVER, I.A. 2015. Comparison of contact measurement and free-space radiation measurement of partial discharge signals. In Proceedings of 21st International conference on automation and computing 2015 (ICAC 2015), 11-12 September 2015, Glasgow, UK. Piscataway: IEEE [online], article ID 7313955. Available from: https://doi.org/10.1109/IConAC.2015.7313955

Conference Name	21st International conference on automation and computing 2015 (ICAC 2015)
Conference Location	Glasgow, United Kingdom
Start Date	Sep 11, 2015
End Date	Sep 12, 2015
Acceptance Date	Apr 15, 2015
Online Publication Date	Sep 12, 2015
Publication Date	Nov 2, 2015
Deposit Date	Nov 6, 2020
Publicly Available Date	Nov 6, 2020
Publisher	Institute of Electrical and Electronics Engineers (IEEE)
ISBN	9780992680107
DOI	https://doi.org/10.1109/iconac.2015.7313955
Keywords	Electromagnetic wave radiated; IEC 60270 measurement; Partial discharge; Radio frequency; Ultra high frequency
Public URL	https://rgu-repository.worktribe.com/output/982236