This paper reviews the technical problems
anticipated in the design construction and operation
of HVDC converter stations in the voltage range ±
600-1200 kV. It is based on a literature review and
discussions with experts from manufacturers and utilities.
It concludes that 800 kV is a clearly feasible
voltage step with existing knowledge, 1000 kV is practicable
with further research effort, but that 1200 kV
is unlikely to be economically feasible without a
technological breakthrough.
The principal problems identified are:
l) The behaviour of external insulation in bad
weather, especially in polluted situations
2) Transformer insulation
Controlled gas insulation
3) Surge arrester limitations
Methods of controlling overvoltages.
%0 Journal Article
%1 krishnayya1987technical
%A Krishnayya, P
%A Lambeth, P
%A Maruvada, P
%A Trinh, N
%A Désilets, G
%A Nilsson, S
%D 1987
%J IEEE Transactions on Power Delivery
%K CONVERTER HVDC STATIONS
%N 1
%P 174-181
%T TECHNICAL PROBLEMS ASSOCIATED WITH DEVELOPING
HVDC CONVERTER STATIONS FOR VOLTAGES ABOVE 600 kV
%V PWRD-2
%X This paper reviews the technical problems
anticipated in the design construction and operation
of HVDC converter stations in the voltage range ±
600-1200 kV. It is based on a literature review and
discussions with experts from manufacturers and utilities.
It concludes that 800 kV is a clearly feasible
voltage step with existing knowledge, 1000 kV is practicable
with further research effort, but that 1200 kV
is unlikely to be economically feasible without a
technological breakthrough.
The principal problems identified are:
l) The behaviour of external insulation in bad
weather, especially in polluted situations
2) Transformer insulation
Controlled gas insulation
3) Surge arrester limitations
Methods of controlling overvoltages.
@article{krishnayya1987technical,
abstract = {This paper reviews the technical problems
anticipated in the design construction and operation
of HVDC converter stations in the voltage range ±
600-1200 kV. It is based on a literature review and
discussions with experts from manufacturers and utilities.
It concludes that 800 kV is a clearly feasible
voltage step with existing knowledge, 1000 kV is practicable
with further research effort, but that 1200 kV
is unlikely to be economically feasible without a
technological breakthrough.
The principal problems identified are:
l) The behaviour of external insulation in bad
weather, especially in polluted situations
2) Transformer insulation
Controlled gas insulation
3) Surge arrester limitations
Methods of controlling overvoltages.},
added-at = {2020-05-18T15:25:04.000+0200},
author = {Krishnayya, P and Lambeth, P and Maruvada, P and Trinh, N and Désilets, G and Nilsson, S},
biburl = {https://www.bibsonomy.org/bibtex/222ee3c979bd706cd4a8279d3b954da61/chkokalis},
interhash = {bce177f17f401722636a39774dc193c4},
intrahash = {22ee3c979bd706cd4a8279d3b954da61},
journal = {IEEE Transactions on Power Delivery},
keywords = {CONVERTER HVDC STATIONS},
number = 1,
pages = {174-181},
timestamp = {2020-05-20T15:47:09.000+0200},
title = {TECHNICAL PROBLEMS ASSOCIATED WITH DEVELOPING
HVDC CONVERTER STATIONS FOR VOLTAGES ABOVE 600 kV},
volume = {PWRD-2},
year = 1987
}