Remote earth in the electrified railway traction
L Ivánek, TTT Phan… - Proceedings of the 2014 …, 2014 - ieeexplore.ieee.org
L Ivánek, TTT Phan, L Wežranowski
Proceedings of the 2014 15th International Scientific Conference …, 2014•ieeexplore.ieee.orgThis paper describes principles and methods for determining the remote earth (remote
ground) of traction systems used in electrified railway traction. Remote earth is determined
for the purposes of measuring transition resistance between the rails and remote earth.
Transition resistance is needed to calculate the distribution of the current between the rail
and the ground. There are presented results of modeling voltage drop at various ratios of
conductivity of rail top and soil.
ground) of traction systems used in electrified railway traction. Remote earth is determined
for the purposes of measuring transition resistance between the rails and remote earth.
Transition resistance is needed to calculate the distribution of the current between the rail
and the ground. There are presented results of modeling voltage drop at various ratios of
conductivity of rail top and soil.
This paper describes principles and methods for determining the remote earth (remote ground) of traction systems used in electrified railway traction. Remote earth is determined for the purposes of measuring transition resistance between the rails and remote earth. Transition resistance is needed to calculate the distribution of the current between the rail and the ground. There are presented results of modeling voltage drop at various ratios of conductivity of rail top and soil.
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