FIELD: electricity.
SUBSTANCE: generator voltage is increased in high-voltage transformer up to 1-1000 kV and supplied to controlled high-speed current switch and series resonant circuit of capacity and inductance forming primary winding of high-frequency high-voltage transformer. Capacity of resonant circuit is charged to voltage 1-1000 kV, and then discharged in resonant mode at frequency 0.4-1000 kHz. Generator energy is accumulated in magnetic field of high-frequency transformer through inductance coil and high-speed current interrupter within 10-1000 mcs at current value 1-500 kA. Primary winding current switch is cleared, and accumulated magnetic field energy is transformed to electrical energy in secondary winding of high-frequency transformer. Voltage is stepped up to 10-100000 kV and supplied in resonant mode to consumer. Device contains step-up transformer of output voltage 1-1000 kV, input of which is connected to generator and has the same frequency, and output of which is parallel to controlled high-speed current switch of switching current 1-500 kA at current width 10-1000 mcs. Current switch is parallel to series resonant circuit of high-frequency step-up transformer of resonance frequency 0.4-1000 kHz and voltage in one-wire circuit 10-100000 sq.
EFFECT: higher efficiency, transmission line length and possibility to transmit electrical power to transport vehicle and aircrafts.
30 cl, 4 dwg, 2 ex
