MODERN HIGH-FREQUENCY COMMUNICATION SYSTEM IN THE ELECTRIC POWER SECTOR

Authors

Murataeva G.A. – Candidate of Technical Sciences, Associate Professor of the Department “Power Systems and Networks”, Kazan State Power Engineering University, Kazan, Russia, kgeu@kgeu.ru

Prokopyev M.I. – Master’s student, Department “Power Systems and Networks”, Kazan State Power Engineering University, Kazan, Russia, kgeu@kgeu.ru

Sagdeev R.R. – Master’s student, Department “Power Systems and Networks”,Kazan State Power Engineering University, Kazan, Russia, kgeu@kgeu.ru

Abstract

The article addresses the critically important topic of implementing modern high-frequency communication systems in the power engineering sector. The study highlights key aspects related to the impact of innovative technologies, such as intellectualization and automation, on the stability and quality of electricity in contemporary electrical networks. Special attention is given to the analysis of problems arising from high-frequency distortions and electromagnetic interferences, which can significantly affect the functioning of energy systems. The work also examines the advantages of using fiber-optic communication, including its high bandwidth and the ability to transmit data over long distances, as well as the challenges associated with the fragility of fibers and the complexities of their installation. The main recommendations include enhancing the monitoring and analysis of electricity quality for timely identification and resolution of problems caused by high-frequency distortions and electromagnetic interferences. The authors also propose a series of measures aimed at improving the reliability and efficiency of power engineering systems, including strengthening electricity quality control, developing standards for high-frequency communication systems, and encouraging scientific research in this area. These suggestions are aimed at achieving higher standards of efficiency and reliability in power supply, considering the constantly growing demands for electricity quality and safety.

Keywords

power engineering, high-frequency communication, automatic control, electromagnetic interference, fiber-optic transmission.

References

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2. Mushtaev V.V. Experience in implementing HF communication systems over power lines for electric power enterprises // Automation and IT in energy. – 2013. – No. 6. – pp. 4-6.

3. Sysuev K.A. High-frequency communications in the energy sector // Education and science in Russia and abroad. – 2020. – No. 11. – pp. 322-324.

4. Fetisov L.V., Garipova L.F. High-frequency communication system in modern electric power industry // Current issues of modern science. – 2019. – pp. 17-21.

Publish date

2026-03-18