Short-circuit tests were performed on 230-kV Hollow-Core Station Post Composite Insulators
up to levels corresponding to approximately 85 kA rms-symmetric in a station. Following the
short-circuit tests, cantilever tests were performed on two new insulators and on the centre
insulator from the short-circuit tests, which received the highest dynamic cantilever forces.
Acoustic Ern.ission (AB) was used to determine the onset of insulator damage during the
cantilever tests. The results indicated that the short-circuit tests had not damaged the insulator.
The short-circuit test setup, parameters and results are summarized in this article. The aim of
these tests was to work with the manufacturer in experimentally verifying software for
modelling the dynamic performance of the units.
%0 Journal Article
%1 barrettshortcircuit
%A Barrett, J
%A Chisholm, W
%A Pon, C
%A Kuffel, J
%A Sahazizian, A
%A Ng, B
%D -
%K COMPOSITE HOLLOW-CORE INSULATORS SHORT-CIRCUIT TESTS
%T SHORT-CIRCUIT TESTS ON 230-kV HOLLOW-CORE COMPOSITE INSULATORS
%X Short-circuit tests were performed on 230-kV Hollow-Core Station Post Composite Insulators
up to levels corresponding to approximately 85 kA rms-symmetric in a station. Following the
short-circuit tests, cantilever tests were performed on two new insulators and on the centre
insulator from the short-circuit tests, which received the highest dynamic cantilever forces.
Acoustic Ern.ission (AB) was used to determine the onset of insulator damage during the
cantilever tests. The results indicated that the short-circuit tests had not damaged the insulator.
The short-circuit test setup, parameters and results are summarized in this article. The aim of
these tests was to work with the manufacturer in experimentally verifying software for
modelling the dynamic performance of the units.
@article{barrettshortcircuit,
abstract = {Short-circuit tests were performed on 230-kV Hollow-Core Station Post Composite Insulators
up to levels corresponding to approximately 85 kA rms-symmetric in a station. Following the
short-circuit tests, cantilever tests were performed on two new insulators and on the centre
insulator from the short-circuit tests, which received the highest dynamic cantilever forces.
Acoustic Ern.ission (AB) was used to determine the onset of insulator damage during the
cantilever tests. The results indicated that the short-circuit tests had not damaged the insulator.
The short-circuit test setup, parameters and results are summarized in this article. The aim of
these tests was to work with the manufacturer in experimentally verifying software for
modelling the dynamic performance of the units.},
added-at = {2020-04-02T13:51:46.000+0200},
author = {Barrett, J and Chisholm, W and Pon, C and Kuffel, J and Sahazizian, A and Ng, B},
biburl = {https://www.bibsonomy.org/bibtex/2fae962ad8b88b28ecd96a26433bbdc71/chkokalis},
interhash = {7648f95acfaa1092bc38e3088b2cf189},
intrahash = {fae962ad8b88b28ecd96a26433bbdc71},
keywords = {COMPOSITE HOLLOW-CORE INSULATORS SHORT-CIRCUIT TESTS},
timestamp = {2020-04-02T17:49:56.000+0200},
title = {SHORT-CIRCUIT TESTS ON 230-kV HOLLOW-CORE COMPOSITE INSULATORS},
year = {-}
}