FIELD: electrical energy transmission to stationary and mobile users.
SUBSTANCE: proposed method makes use of ac voltage generator and includes voltage transfer from generator to low-voltage winding of Tesla coil; connection of one of high-voltage winding leads of this transformer to one of output terminals of electrical equipment being fed (load) and setting of resonant oscillations in electric circuit; rectification of high-frequency ac voltage and current of step-up Tesla coil high-voltage winding by connecting internal lead of this step-up Tesla coil winding to high-frequency diode; and transfer of rectified voltage and current to load over single-wire line. As an alternative, high-frequency ac voltage across high-voltage winding of step-up Tesla coil is rectified by connecting internal lead of Tesla coil high-voltage winding to diode-capacitor unit, doubling voltage, and transmitting rectified voltage and current to load over two-wire line.
EFFECT: enhanced effectiveness, reduced loss, enhanced reliability of electrical energy transmission.
17 cl, 13 dwg
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Authors
Dates
2005-01-27—Published
2003-07-11—Filed