The historical development of distribution networks, present day problems and the increasing demand
expected for the future, lead to the idea of introducing a H. V. distribution network ( 100-150 kV) in urban areas.
The M. V. (I 0-20 kV) network can then be reduced to a simple distribution network for connecting the M. V./ L. V.
( 380 V) transformers. This would give substantial economic advantages.
However, a pure distribution network gives a limited supply area to a transformer point. The economy
determines the optimum dimensions of this supply area. It is discussed that reserve is needed in the M. V. network
and H. V./ M. V. transformation for protection against supply interruptions in cases of cable faults and transformer
faults. In conclusion, mention is made of losses and automation .
%0 Journal Article
%1 haan1975considerations
%A HAAN, DE
%D 1975
%K DISTRIBUTION SYSTEMS
%T 5. SOME CONSIDERATIONS FOR ECONOMIZING
ON DISTRIBUTION SYSTEMS
%X The historical development of distribution networks, present day problems and the increasing demand
expected for the future, lead to the idea of introducing a H. V. distribution network ( 100-150 kV) in urban areas.
The M. V. (I 0-20 kV) network can then be reduced to a simple distribution network for connecting the M. V./ L. V.
( 380 V) transformers. This would give substantial economic advantages.
However, a pure distribution network gives a limited supply area to a transformer point. The economy
determines the optimum dimensions of this supply area. It is discussed that reserve is needed in the M. V. network
and H. V./ M. V. transformation for protection against supply interruptions in cases of cable faults and transformer
faults. In conclusion, mention is made of losses and automation .
@article{haan1975considerations,
abstract = {The historical development of distribution networks, present day problems and the increasing demand
expected for the future, lead to the idea of introducing a H. V. distribution network ( 100-150 kV) in urban areas.
The M. V. (I 0-20 kV) network can then be reduced to a simple distribution network for connecting the M. V./ L. V.
( 380 V) transformers. This would give substantial economic advantages.
However, a pure distribution network gives a limited supply area to a transformer point. The economy
determines the optimum dimensions of this supply area. It is discussed that reserve is needed in the M. V. network
and H. V./ M. V. transformation for protection against supply interruptions in cases of cable faults and transformer
faults. In conclusion, mention is made of losses and automation .},
added-at = {2020-06-03T10:49:04.000+0200},
author = {HAAN, DE},
biburl = {https://www.bibsonomy.org/bibtex/2642f8d28ebf18046c1c174b55edba1e9/chkokalis},
interhash = {7be1343d06ec626ae44c4b4edf210821},
intrahash = {642f8d28ebf18046c1c174b55edba1e9},
keywords = {DISTRIBUTION SYSTEMS},
timestamp = {2020-06-05T16:52:07.000+0200},
title = {5. SOME CONSIDERATIONS FOR ECONOMIZING
ON DISTRIBUTION SYSTEMS},
year = 1975
}