The newly proposed /EC dielectric test code for power transformers (Pub/. 76/3) intends to more closely
relate test procedures and test levels to system service conditions.
Based on a presentation of service conditions and methods of insulation coordinaLion with respect to
transient and operating stresses (switching, lightning impulse and power-frequency overvoltages) the newly proposed
methods are compared with existing procedures for system voltages Um> 300 kV. A critical review of the
difficulties in adapting the new test procedure to different system conditions and the consequences for manufacturers
and users is given.
%0 Journal Article
%1 flottmeyer1980system
%A FLOTTMEYER, F
%A KACHLER, A
%A MUELLER, W
%A NEINENS, C
%A WEINMANN, T
%A STEIN, W
%D 1980
%K Dielectric-testing Lightning-impulse-voltage Power-frequency-voltage Switching-impulse-voltage Transformer Voltage-stress
%T SYSTEM CONDITIONS AND DIELECTRIC TEST
PROCEDURES FOR TRANSFORMERS
%X The newly proposed /EC dielectric test code for power transformers (Pub/. 76/3) intends to more closely
relate test procedures and test levels to system service conditions.
Based on a presentation of service conditions and methods of insulation coordinaLion with respect to
transient and operating stresses (switching, lightning impulse and power-frequency overvoltages) the newly proposed
methods are compared with existing procedures for system voltages Um> 300 kV. A critical review of the
difficulties in adapting the new test procedure to different system conditions and the consequences for manufacturers
and users is given.
@article{flottmeyer1980system,
abstract = {The newly proposed /EC dielectric test code for power transformers (Pub/. 76/3) intends to more closely
relate test procedures and test levels to system service conditions.
Based on a presentation of service conditions and methods of insulation coordinaLion with respect to
transient and operating stresses (switching, lightning impulse and power-frequency overvoltages) the newly proposed
methods are compared with existing procedures for system voltages Um> 300 kV. A critical review of the
difficulties in adapting the new test procedure to different system conditions and the consequences for manufacturers
and users is given.},
added-at = {2020-05-22T17:04:01.000+0200},
author = {FLOTTMEYER, F and KACHLER, A and MUELLER, W and NEINENS, C and WEINMANN, T and STEIN, W},
biburl = {https://www.bibsonomy.org/bibtex/2bb93a2654a67b1f4eabaed6d4622c9a4/ceps},
interhash = {1cd18ee24136d9267180c0aca59d54f1},
intrahash = {bb93a2654a67b1f4eabaed6d4622c9a4},
keywords = {Dielectric-testing Lightning-impulse-voltage Power-frequency-voltage Switching-impulse-voltage Transformer Voltage-stress},
timestamp = {2023-12-20T14:35:51.000+0100},
title = {SYSTEM CONDITIONS AND DIELECTRIC TEST
PROCEDURES FOR TRANSFORMERS},
year = 1980
}