ELECTROMAGNETIC INFLUENCE OF THREE-PHASE LINES OF ELECTRIC TRANSMISSION AND TRACTION NETWORK 25KV
Rubrics: ELECTROENERGETICS
Authors:
Type:
Article
Pages:
from 12
to 16
Status:
Published
Received:
05.12.2019
Accepted:
11.12.2019
Published:
11.12.2019
Language:
Russian
Keywords:
: electrical power systems, power lines, electromagnetic safety.
Abstract (English):
The article presents the methodology and results of modeling electromagnetic fields generated by 25 kV power lines and 25 kV traction networks. In this case, methods were used to determine the modes of electric power systems (EPS) based on phase coordinates, which are based on element models in the form of lattice equivalent circuits with a fully connected topology. These models and methods are implemented in the Fazonord-ARS software package, which provides simulation of stationary EES modes, as well as determination of electromagnetic field strengths, which are created by power lines of various designs.
The article presents the methodology and results of modeling electromagnetic fields generated by 25 kV power lines and 25 kV traction networks. In this case, methods were used to determine the modes of electric power systems (EPS) based on phase coordinates, which are based on element models in the form of lattice equivalent circuits with a fully connected topology. These models and methods are implemented in the Fazonord-ARS software package, which provides simulation of stationary EES modes, as well as determination of electromagnetic field strengths, which are created by power lines of various designs.
Keywords:
: electrical power systems, power lines, electromagnetic safety.
: electrical power systems, power lines, electromagnetic safety.
