Research on the transmission of electric power via the increased frequency coaxial line to a remote low-power load (consumer)

Abstract

The article gives the analyses of the existing limitations in the transmission of electric power to a remote low-power load (consumer) and the alternative system of an increased frequency electric power supply is offered. The primary parameters of an increased frequency coaxial line are examined at different operating modes. It is shown that in the study progress the influence of the equipotential surface of the Earth’s field on the primary parameters of an increased frequency coaxial line was identified. The calculation methodology of the primary parameters of an increased frequency coaxial line is given taking into consideration the influence of the equipotential surface of the Earth’s field. The obtained results can be used at the designing of increased frequency electric power supply systems for remote low-power loads (consumers).