The suitability of the two basic insulator designs, namely cap-and-pin insulators and longrod insulators is examin.ed ·for
HVDC overhead lines using the mechanical, electrical and thermal stresses as well as the durability requirements of high
voltage insulators. The fibreglass longrods (composite longrod insulators) are considered besides to the conventional
porcelain longrod insulators.
The result of the examination is that essential problems that arise on the cap-~nd-pin insulators (problematic voltage
distribution, single unit flashover, corona of the pins, electrolytical corrosion of the insulator body and pins) either do
not appear or are much less severe on the longrods. Since the operational reliability and aging resistance of the longrods
have been proven in _millions of cases, it is recommended that longrod insulators are to be increasingly included in future
international scientific studies and tests for HVDC insulators even in countries which traditionally use cap-and-pin insulators
for AC applications.
%0 Journal Article
%1 bauer1983insulators
%A BAUER, Ewald A.
%D 1983
%K INSULATORS LINES TRANSMISSION
%T INSULATORS FOR HVDC OVERHEAD TRANSMISSION LINES
- A CRITICAL SURVEY
%X The suitability of the two basic insulator designs, namely cap-and-pin insulators and longrod insulators is examin.ed ·for
HVDC overhead lines using the mechanical, electrical and thermal stresses as well as the durability requirements of high
voltage insulators. The fibreglass longrods (composite longrod insulators) are considered besides to the conventional
porcelain longrod insulators.
The result of the examination is that essential problems that arise on the cap-~nd-pin insulators (problematic voltage
distribution, single unit flashover, corona of the pins, electrolytical corrosion of the insulator body and pins) either do
not appear or are much less severe on the longrods. Since the operational reliability and aging resistance of the longrods
have been proven in _millions of cases, it is recommended that longrod insulators are to be increasingly included in future
international scientific studies and tests for HVDC insulators even in countries which traditionally use cap-and-pin insulators
for AC applications.
@article{bauer1983insulators,
abstract = {The suitability of the two basic insulator designs, namely cap-and-pin insulators and longrod insulators is examin.ed ·for
HVDC overhead lines using the mechanical, electrical and thermal stresses as well as the durability requirements of high
voltage insulators. The fibreglass longrods (composite longrod insulators) are considered besides to the conventional
porcelain longrod insulators.
The result of the examination is that essential problems that arise on the cap-~nd-pin insulators (problematic voltage
distribution, single unit flashover, corona of the pins, electrolytical corrosion of the insulator body and pins) either do
not appear or are much less severe on the longrods. Since the operational reliability and aging resistance of the longrods
have been proven in _millions of cases, it is recommended that longrod insulators are to be increasingly included in future
international scientific studies and tests for HVDC insulators even in countries which traditionally use cap-and-pin insulators
for AC applications.},
added-at = {2021-04-01T17:13:12.000+0200},
author = {BAUER, Ewald A.},
biburl = {https://www.bibsonomy.org/bibtex/29370e8a6786085726467b6aa1f13a07e/chkokalis},
interhash = {3a48b8c2b8419a809e34a1d1b479083c},
intrahash = {9370e8a6786085726467b6aa1f13a07e},
keywords = {INSULATORS LINES TRANSMISSION},
timestamp = {2021-04-01T18:22:47.000+0200},
title = {INSULATORS FOR HVDC OVERHEAD TRANSMISSION LINES
- A CRITICAL SURVEY},
year = 1983
}