Transmission of electrical energy by electromagnetic fields and their effect on the environment

Authors

  • М. П. Бадер Moscow State University of Railway Engineering, 9 Obraztsova Street, build. 9, Moscow, Russia Federation, 127994, тел.: (495) 684-22-87, Russian Federation

DOI:

https://doi.org/10.15802/etr.v0i11.83782

Keywords:

transmission of electrical energy by electromagnetic fields, resonant single-conductor systems, high-tech energy-saving system, the spread of electromagnetic waves, electromagnetic compatibility

Abstract

Review of the resonant single-conductor systems that enable the transmission of electricity on a extremely thin single wires with minimal loss of energy. Researches have shown that they are a high-tech energy-saving systems, and offer opportunities for a total replacement of the existing multi-phase high-voltage power lines.

The technique of propagation of electromagnetic waves along the power lines and related lines, which makes it possible to carry out study of electromagnetic compatibility of power supply lines to the environment, infrastructure, communications links and chains of railway automation.

Author Biography

М. П. Бадер, Moscow State University of Railway Engineering, 9 Obraztsova Street, build. 9, Moscow, Russia Federation, 127994, тел.: (495) 684-22-87

Department of Energy supply of electric railways

References

Tesla N. World System of wireless Transmission of Energy. Telegraph and Telephone Age, Oct, 16. 1927. Published in a book: Nikola Tesla. Se­lected works. Articles. Beograd, 1999, p. 280.

Strebkov D. S., Nekrasov A.V. Rezonansnye metody peredachi i primeneniya elektricheskoy energii [Resonance methods of transmission and use of electric energy]. Moscow, 2008. 280 p.

Bader M. P. Elektromagnitnaya sovmestimost'. Uchebnik dlya studentov vysshikh tekhnicheskikh uchebnykh zavedeniy [Electromagnetic compatibility. A textbook for students of higher technical educational institutions]. Moscow, Transport Publ., 2002. 640 p

Published

2016-11-23

Issue

Section

Electromagnetic Compatibility