MODELING OF ELECTROMAGNETIC INFLUENCES OF TRACTION NETWORKS ON PIPELINES IN EMERGENCY MODES
Rubrics: ELECTROENERGETICS
Authors:
Type:
Article
Pages:
from 260
to 261
Status:
Published
Received:
05.04.2019
Accepted:
15.04.2019
Published:
15.04.2019
Language:
Russian
Keywords:
pipelines, traction networks, short-circuits, induced tension.
Abstract (English):
Steel pipelines can be laid along the AC mainline routes. As a result of the electromagnetic effect of traction networks, pipes with insulating coatings can induce voltages that are dangerous to personnel who operate the pipeline. Simulation has shown that when short circuits in the traction network at certain points of the pipe the magnitude of the induced voltage may exceed 500 V.
Steel pipelines can be laid along the AC mainline routes. As a result of the electromagnetic effect of traction networks, pipes with insulating coatings can induce voltages that are dangerous to personnel who operate the pipeline. Simulation has shown that when short circuits in the traction network at certain points of the pipe the magnitude of the induced voltage may exceed 500 V.
Keywords:
pipelines, traction networks, short-circuits, induced tension.
pipelines, traction networks, short-circuits, induced tension.
