For an open landscape with little farms
and houses in the north of the Netherlands
an 123-kV transmission line should
be designed. There were made high demands
upon the visual impact of the line in
this landscape. For this reason it was
necessary to design a clean structure
also in detail. Therefore the number and
the size of the shape determining elements
should be as low as possible.
The result is a line with poles with
hexagonal steel sections and a support
shape with double circuit vertical formation.
Conductors are used with a stress
of 55N/mm2 at 10° conductor temperature,
so that the mid span sag is as small as
possible and with that the impact of the
line in the environment.
A 123/12 kV substation is positioned
around a pole in this line, In this
way it is more clear that the substation is
a part of the line.
%0 Generic
%1 cordemeyer1981evolution
%A CORDEMEYER, A.R.
%A SIDLER, H
%A TROELSTRA, H
%A ZOOMER, R
%D 1981
%K Pole conductor foundation high impact line substation visual voltage
%T EVOLUTION OF THE DESIGN FOR
THE 123-kV TRANSMISSION LINE OF OUDEHASKE - OOSTERWOLDE AND
THE POSITION OF A 123/12 kV-STATION IN THIS LINE
%X For an open landscape with little farms
and houses in the north of the Netherlands
an 123-kV transmission line should
be designed. There were made high demands
upon the visual impact of the line in
this landscape. For this reason it was
necessary to design a clean structure
also in detail. Therefore the number and
the size of the shape determining elements
should be as low as possible.
The result is a line with poles with
hexagonal steel sections and a support
shape with double circuit vertical formation.
Conductors are used with a stress
of 55N/mm2 at 10° conductor temperature,
so that the mid span sag is as small as
possible and with that the impact of the
line in the environment.
A 123/12 kV substation is positioned
around a pole in this line, In this
way it is more clear that the substation is
a part of the line.
@conference{cordemeyer1981evolution,
abstract = {For an open landscape with little farms
and houses in the north of the Netherlands
an 123-kV transmission line should
be designed. There were made high demands
upon the visual impact of the line in
this landscape. For this reason it was
necessary to design a clean structure
also in detail. Therefore the number and
the size of the shape determining elements
should be as low as possible.
The result is a line with poles with
hexagonal steel sections and a support
shape with double circuit vertical formation.
Conductors are used with a stress
of 55N/mm2 at 10° conductor temperature,
so that the mid span sag is as small as
possible and with that the impact of the
line in the environment.
A 123/12 kV substation is positioned
around a pole in this line, In this
way it is more clear that the substation is
a part of the line.},
added-at = {2021-02-08T09:33:02.000+0100},
author = {CORDEMEYER, A.R. and SIDLER, H and TROELSTRA, H and ZOOMER, R},
biburl = {https://www.bibsonomy.org/bibtex/2073808d4bd5f612e8f384f673b709a74/chkokalis},
interhash = {3980d1c4d1c16ffc544961c1f2e416fb},
intrahash = {073808d4bd5f612e8f384f673b709a74},
keywords = {Pole conductor foundation high impact line substation visual voltage},
timestamp = {2021-02-09T11:01:23.000+0100},
title = {EVOLUTION OF THE DESIGN FOR
THE 123-kV TRANSMISSION LINE OF OUDEHASKE - OOSTERWOLDE AND
THE POSITION OF A 123/12 kV-STATION IN THIS LINE},
year = 1981
}