Method and device for transmission of electric power

FIELD: electricity. SUBSTANCE: transmission of electrical energy is carried out by transferring resonant oscillations of increased frequency in a circuit consisting of a frequency converter, a raising single-layer heartless Tesla transformer, a single-wire transmission line and a lowering Tesla single-layer heartless transformer. Both transformers are frequency-matched. Ungrounded single-layer Tesla transformers, as well as grounded or ungrounded multi-layer section transformers, can be used. The frequency converter has a voltage feedback to maintain the output voltage in the power line at a level not exceeding the maximum allowable frequency feedback for synchronization of the master oscillator with the resonant frequency of the transformers, the heating feedback to prevent emergencies and the phase adjustment unit feedback. EFFECT: reduction of material consumption and increase in stability, safety and efficiency by using heartless transformers with phase-locked loop and voltage monitoring by processing signals from a current transformer or an antenna located at the antinode of the current at the secondary winding of the transmitting transformer when temperature monitoring is performed by means of temperature sensors. 8 cl, 4 dwg