Composite hollow insulators have a number of advantages over porcelain insulators,
including lighter weight, better anti-pollution and anti-explosion properties,
and easier construction. They are therefore being considered for use with outdoor terminations
installed on towers for branching.
Tokyo Electric Power and Furukawa Electric have joinUy developed a 66-kV outdoor termination
with composite hollow insulators, and have used it on Tokyo Electric Power's Oihama line-the
first such application in Japan.
This paper outlines the performance specified for the 66-kV termination, together with development
tests and evaluation results, and the specifications of equipment supplied to the Oihama
Line.
%0 Journal Article
%1 goto2001first
%A Goto, T
%A Hori, Y
%A Asakawa, M
%A Suetsugu, M
%A Yonemura, T
%D 2001
%J Furukawa Review
%K Cable Composite Hollow Insulator XLPE
%N 20
%P 53-57
%T First Application of 66-kV Outdoor Terminations with
Composite Hollow Insulators for XLPE Cable
%X Composite hollow insulators have a number of advantages over porcelain insulators,
including lighter weight, better anti-pollution and anti-explosion properties,
and easier construction. They are therefore being considered for use with outdoor terminations
installed on towers for branching.
Tokyo Electric Power and Furukawa Electric have joinUy developed a 66-kV outdoor termination
with composite hollow insulators, and have used it on Tokyo Electric Power's Oihama line-the
first such application in Japan.
This paper outlines the performance specified for the 66-kV termination, together with development
tests and evaluation results, and the specifications of equipment supplied to the Oihama
Line.
@article{goto2001first,
abstract = {Composite hollow insulators have a number of advantages over porcelain insulators,
including lighter weight, better anti-pollution and anti-explosion properties,
and easier construction. They are therefore being considered for use with outdoor terminations
installed on towers for branching.
Tokyo Electric Power and Furukawa Electric have joinUy developed a 66-kV outdoor termination
with composite hollow insulators, and have used it on Tokyo Electric Power's Oihama line-the
first such application in Japan.
This paper outlines the performance specified for the 66-kV termination, together with development
tests and evaluation results, and the specifications of equipment supplied to the Oihama
Line.},
added-at = {2020-05-21T16:21:46.000+0200},
author = {Goto, T and Hori, Y and Asakawa, M and Suetsugu, M and Yonemura, T},
biburl = {https://www.bibsonomy.org/bibtex/21bf631ad24bc0457d05ed95f7efef160/ceps},
interhash = {af3ac9c2afec960bb65d4ac63ea5f565},
intrahash = {1bf631ad24bc0457d05ed95f7efef160},
journal = {Furukawa Review},
keywords = {Cable Composite Hollow Insulator XLPE},
number = 20,
pages = {53-57},
timestamp = {2023-12-21T08:22:49.000+0100},
title = {First Application of 66-kV Outdoor Terminations with
Composite Hollow Insulators for XLPE Cable},
year = 2001
}