FIELD: electricity.
SUBSTANCE: invention is attributed to electric engineering, to electric energy transmission. Method for electric energy transmission includes high frequency electromagnetic oscillations generation and their transmission over conducting channel between source and receiver of electric energy. High frequency electromagnetic oscillations are generated in high-frequency resonance transformer, amplified in voltage up to 0.5-100 million volts in quarter-wave resonant line consisting of spiral resonator and natural capacity at line end by means inputting to spiral resonator electromagnetic oscillations from high-frequency resonance transformer at frequency f0=1-1000 kHz synchronised with time period T0 of voltage wave movement from spiral resonator input to natural capacity and input reflected wave return to spiral resonator where H is length of quarter-wave line and u- speed of electromagnetic wave movement along resonator axis. Electric energy is accumulated in natural capacitor. Conducting channel is formed by means of streamers emission from tip of conducting channel needle former at frequency f0= 1-1000 kHz and voltage V=0,5-100 million volts by connecting quarter-wave line natural capacitor with conducting channel needle former. In the device for electric energy transmission, microwave generator with frequency f>>f0 without power source and exited by natural capacitor electric field connected with conducting channel needle former is installed in close vicinity to natural capacitor.
EFFECT: enhancement of efficiency and decrease of losses and providing possibility to transmit electric energy in vacuum without using such additional devices as relational electron beam accelerators and lasers.
16 cl, 5 dwg, 2 ex
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Authors
Dates
2008-12-27—Published
2007-09-07—Filed