METHOD AND DEVICE FOR WIRELESS CHARGING OF ELECTRICAL ENERGY STORAGE IN A FIXED OR MOBILE CONSUMER

The invention refers to the electrical industry and specifically, to methods and devices for wireless transmission of electrical energy, using resonant half-wave technologies between fixed power units and mobile devices that receive electrical energy. A method of wireless charging of electrical energy storage in a fixed or mobile power consumer, including electrical energy transmission from power source to power receiver at the power consumer, using a controlled and frequency-adjustable electrical current converter for conversion from power source format to high-frequency AC current format, and including a transmitter and receiver with magnetic resonance coupling, a current converter for conversion from high frequency format into a format required for normal operation of the electrical energy storage being charged, characterized in that the magnetic resonance winding of the transmitter consists of a flat spiral with double-wire winding from the center to the periphery; the magnetic resonance winding of the receiver consists of a flat single-wire spiral; the magnetic resonance winding of the transmitter is used for exciting the current and potential standing waves with maximum current at the winding periphery in the magnetic resonance winding of the transmitter; energy transmission is arranged beteeen the transmitter and receiver, using the electromagnetic field of current standing wave - for this purpose, the leads in the central part of the double-wire spiral winding of the transmitter are connected to the output terminals of converters with high and adjustable frequencies, while the leads of a single-wire spiral winding at the receiver of the fixed or mobile consumer are connected to the converter for converting a high frequency current into the format required for normal operation of the energy storage being charged.