%0 Journal Article %1 charneski1982flashover %A Charneski, M.D. %A Gaibrois, G.L. %A Whitney, B.F. %D 1982 %J IEEE Transactions on Power Apparatus and Systems %K ARTIFICIALLY ICED Insulator %T FLASHOVER TESTS OF ARTIFICIALLY ICED INSULATORS %V PAS-101 %X Test apparatus and procedures were developed to test energized, non-contaminated, 120 kV system insulators under simulated freezing rain conditions. The flashover performances were compared between non-ceramic composite transmission line insulators and standard porcelain 5~ x 10 inch suspension insulators. Standard and long leak Multicone porcelain insulators were also compared in the icing tests to standard porcelain station post insulators. Icing tests at several voltage stresses provided the full flashover. range of the insulators from the minimum or zero flashovers in ten trials up to the maximum or 10 flashovers in 10 trials. Using the desired insulator voltage stress flashover curve for specific insulator types and the voltage stress applied to the insulator. the comparative probability of flashover due to ice storms on the system can be evaluated for 120 kV, 230 kV and 345 kV systems.

@article{charneski1982flashover, abstract = {Test apparatus and procedures were developed to test energized, non-contaminated, 120 kV system insulators under simulated freezing rain conditions. The flashover performances were compared between non-ceramic composite transmission line insulators and standard porcelain 5~ x 10 inch suspension insulators. Standard and long leak Multicone porcelain insulators were also compared in the icing tests to standard porcelain station post insulators. Icing tests at several voltage stresses provided the full flashover. range of the insulators from the minimum or zero flashovers in ten trials up to the maximum or 10 flashovers in 10 trials. Using the desired insulator voltage stress flashover curve for specific insulator types and the voltage stress applied to the insulator. the comparative probability of flashover due to ice storms on the system can be evaluated for 120 kV, 230 kV and 345 kV systems.}, added-at = {2021-03-30T17:19:08.000+0200}, author = {Charneski, M.D. and Gaibrois, G.L. and Whitney, B.F.}, biburl = {https://www.bibsonomy.org/bibtex/2b32ca1ea2406e0f94a868959c0ef164b/ceps}, interhash = {6135965d8732520747652244965ff9db}, intrahash = {b32ca1ea2406e0f94a868959c0ef164b}, journal = {IEEE Transactions on Power Apparatus and Systems}, keywords = {ARTIFICIALLY ICED Insulator}, timestamp = {2023-12-21T08:22:49.000+0100}, title = {FLASHOVER TESTS OF ARTIFICIALLY ICED INSULATORS}, volume = {PAS-101}, year = 1982 }