Semiconducting glazed insulators were developed some
time ago. But they have been used in limited areas since longtenn
performance was not certain. After field evaluation for a
long time and studies for improving design and material, high
reliabilitY semiconducting glazed insulators are now available.
Their improved design was determined by taJcing account for
optimum impedance of the insulator, good metal-to-glaze
joint, etc.
Good performance was verified by field and laboratory test
results. Contamination withstand voltage was almost 3 times
higher than that of ordinary glazed insulators. In addition, the
semiconducting glazed insulators could reduce corona
discharge under contaminated conditions very much.
Therefore, they can be applied for actual transmission lines
and substations and can make it possible to build compact
lines and to reduce maintenance cost.
%0 Generic
%1 moritapractical
%A Morita, K
%A Matsuoka, R
%A Matsui, S
%A Suzuki, Y
%A Nakashima, Y
%D -
%K GLAZED INSULATORS SEMICONDUCTING
%T PRACTICAL APPLICATION OF SEMICONDUCTING GLAZED INSULATORS
%X Semiconducting glazed insulators were developed some
time ago. But they have been used in limited areas since longtenn
performance was not certain. After field evaluation for a
long time and studies for improving design and material, high
reliabilitY semiconducting glazed insulators are now available.
Their improved design was determined by taJcing account for
optimum impedance of the insulator, good metal-to-glaze
joint, etc.
Good performance was verified by field and laboratory test
results. Contamination withstand voltage was almost 3 times
higher than that of ordinary glazed insulators. In addition, the
semiconducting glazed insulators could reduce corona
discharge under contaminated conditions very much.
Therefore, they can be applied for actual transmission lines
and substations and can make it possible to build compact
lines and to reduce maintenance cost.
@conference{moritapractical,
abstract = {Semiconducting glazed insulators were developed some
time ago. But they have been used in limited areas since longtenn
performance was not certain. After field evaluation for a
long time and studies for improving design and material, high
reliabilitY semiconducting glazed insulators are now available.
Their improved design was determined by taJcing account for
optimum impedance of the insulator, good metal-to-glaze
joint, etc.
Good performance was verified by field and laboratory test
results. Contamination withstand voltage was almost 3 times
higher than that of ordinary glazed insulators. In addition, the
semiconducting glazed insulators could reduce corona
discharge under contaminated conditions very much.
Therefore, they can be applied for actual transmission lines
and substations and can make it possible to build compact
lines and to reduce maintenance cost.},
added-at = {2021-02-16T14:26:21.000+0100},
author = {Morita, K and Matsuoka, R and Matsui, S and Suzuki, Y and Nakashima, Y},
biburl = {https://www.bibsonomy.org/bibtex/2f90e1df9659fe61c9242b8b6ec527227/chkokalis},
interhash = {e8fa47172fb5cc992791d291153446ca},
intrahash = {f90e1df9659fe61c9242b8b6ec527227},
keywords = {GLAZED INSULATORS SEMICONDUCTING},
timestamp = {2021-02-18T00:09:20.000+0100},
title = {PRACTICAL APPLICATION OF SEMICONDUCTING GLAZED INSULATORS},
year = {-}
}