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  5. Modeling of spatial distributions of electromagnetic fields of overhead power lines

Modeling of spatial distributions of electromagnetic fields of overhead power lines

L.A. Levchenko
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Constant growth of electricity consumption places high demands on both the reliability of functioning, as well as to the environmental safety of electrical networks. In the design of new transmission lines and reconstruction of the existing necessary to take into consideration the impact of the electromagnetic field, which is formed as on the service staff, so on the population living at risk. The most effective way of forecasting the electromagnetic environment near overhead power lines is to model the spatial distributions of the electric and magnetic fields. Software for modeling electromagnetic load on the environment and humans from overhead power lines was proposed and evaluation of the impact of such experts in the field of occupational Safety and hygiene. Simulation of the electric field and magnetic field was carried out in a com-plex form in accordance with the basic method of calculating electric and magnetic fields of power lines industrial fre-quency of 50 Hz, adopted in Ukraine.
Keywords: simulation, tensions of the electric field, magnetic induction, overhead power lines software