RU2011152279A

RU2011152279A - METHOD AND DEVICE FOR TRANSMISSION OF ELECTRIC ENERGY

Info

Publication number: RU2011152279A
Application number: RU2011152279/07A
Authority: RU
Inventors: Дмитрий Семенович Стребков; Игорь Петрович Волк; Александр Анатольевич Подосинников; Анатолий Анатольевич Подосинников
Priority date: 2011-12-22
Filing date: 2011-12-22
Publication date: 2013-06-27
Also published as: RU2488208C1

Abstract

1. Способ передачи электрической энергии по проводящему каналу между источником и приемником электрической энергии путем генерирования резонансных электромагнитных колебаний, усиления по напряжению в передатчике и передачи приемнику по резонансной однопроводной линии, отличающийся тем, что электромагнитные колебания с заданной частотой от генератора электрической энергии в электронном коммутаторе преобразуют в электромагнитные колебания с частотой резонанса напряжений или резонанса токов путем согласования частоты коммутатора с резонансными частотами передатчика, однопроводной линии и приемника нагрузки потребителя электрической энергии, повышают по напряжению в резонансной повышающей емкости путем подачи электромагнитных колебаний от электронного коммутатора на входной электрод приемной обкладки резонансной повышающей емкости и через емкостную связь между обкладками принимают повышенные по напряжению на выходном электроде передающей обкладки резонансной повышающей емкости электромагнитные колебания и направляют в виде емкостных реактивных токов и токов смещения в однопроводной линии на вход понижающей резонансной емкости и далее на вход приемника нагрузки потребителя электрической энергии.2. Способ передачи электрической энергии по п.1, отличающийся тем, что повышенные по напряжению на выходном электроде резонансной повышающей емкости электромагнитные колебания направляют в виде емкостных реактивных токов и токов смещения в однопроводной линии на вход приемника нагрузки потребителя электрической энергии.3. Устройство для передачи электрической энергии, содержащее источник эле1. A method of transmitting electric energy through a conducting channel between a source and a receiver of electric energy by generating resonant electromagnetic waves, amplifying the voltage in the transmitter and transmitting to the receiver through a resonant single-wire line, characterized in that the electromagnetic waves with a given frequency from the generator of electric energy in the electronic switch transform into electromagnetic vibrations with a frequency of voltage resonance or current resonance by matching the frequency of the switch with the resonant frequencies of the transmitter, single-wire line and the load receiver of the consumer of electrical energy, increase the voltage in the resonant boost capacitance by applying electromagnetic oscillations from the electronic switch to the input electrode of the receive plate of the resonant increase capacitance and through the capacitive coupling between the plates take higher voltage at the output electrode of the transfer plate resonant increasing capacitance electromagnetic waves and direct in the form of capacitive reactive currents and t shocks of displacement in a single-wire line to the input of the lowering resonant capacitance and then to the input of the load receiver of the consumer of electric energy. 2. The method of transmitting electric energy according to claim 1, characterized in that the electromagnetic waves increased in voltage at the output electrode of the resonant raising capacitance are sent in the form of capacitive reactive currents and bias currents in a single-wire line to the input of the load receiver of the consumer of electric energy. Device for transmitting electrical energy containing a source of ele

Claims

1. A method of transmitting electric energy through a conducting channel between a source and a receiver of electric energy by generating resonant electromagnetic waves, amplifying the voltage in the transmitter and transmitting to the receiver through a resonant single-wire line, characterized in that the electromagnetic waves with a given frequency from the generator of electric energy in the electronic switch transform into electromagnetic oscillations with a frequency of voltage resonance or current resonance by matching the frequency of the switch with the resonant frequencies of the transmitter, single-wire line and the load receiver of the consumer of electrical energy, increase the voltage in the resonant boost capacitance by applying electromagnetic oscillations from the electronic switch to the input electrode of the receive plate of the resonant increase capacitance and through the capacitive coupling between the plates take higher voltage at the output electrode of the transfer plate resonant increasing capacitance electromagnetic waves and direct in the form of capacitive reactive currents and t shocks of displacement in a single-wire line to the input of the lowering resonant capacitance and then to the input of the load receiver of the consumer of electric energy.

2. The method of transmitting electric energy according to claim 1, characterized in that the electromagnetic waves increased in voltage at the output electrode of the resonant raising capacitance are sent in the form of capacitive reactive currents and bias currents in a single-wire line to the input of the load receiver of the consumer of electric energy.

3. A device for transmitting electrical energy, containing a source of electrical energy and a transmitting resonant device connected by a resonant single-wire line to a receiving resonant device, characterized in that the transmitter of capacitive reactive currents and bias currents in a single-wire line is made in the form of a resonant raising capacitance, in which the receiving the plate with the input electrode has a surface area of n times, n = 1 ... 20, less than the area of the transmitting plate with the output electrode, which through a single-wire the resonance line is connected to a lowering resonant capacitance, in which the plate with the input electrode has an area n times larger, n = 1-20, the area of the plate with the output electrode, and then to the load receiver of the consumer of electric energy.

4. A device for transmitting electrical energy according to claim 3, characterized in that the single-wire line is connected to a load receiver of a consumer of electrical energy.

5. A device for transmitting electrical energy according to claim 3, characterized in that the source of electrical energy is made in the form of a direct current generator.

6. A device for transmitting electrical energy according to claim 3, characterized in that the source of electrical energy is made in the form of an alternating current generator.