Method and apparatus for transmission of electrical energy

A method for transmission of electrical energy comprising:

• transmitting electrical energy from the source of electrical energy to the receiver of electrical energy using
• a frequency converter for converting electrical current from the source of electrical energy to elevated-frequency electrical current,
• transmitting and receiving resonant Tesla transformers, and
• an electrical energy transmission line, wherein
• the transmission line is included between the stationary or movable points of the resonant windings of the transmitting and receiving transformers, the output resistance in which corresponds to the input or output resistance of the transmission line,
• the frequency converter is included between the low-potential terminal of the resonant winding of the transmitting transformer and the grounding connection,
• the receiver of electrical energy is included between the low-potential terminal of the resonant winding of the receiving transformer and the grounding connection, and said method further comprises:
• excitating, by means of electrical energy from the source of electrical energy, in the winding of the transmitting transformer, resonant oscillations with the provision of excitation of electrical current in the transmission line, and
• transmitting the energy via the transmission line to the winding of the receiving transformer with excitation therein of resonant oscillations, which fact ensures transmission of energy from the receiving transformer to the receiver of electrical energy.

A method for transmission of electrical energy comprising:

• transmitting electrical energy from the source of electrical energy to the receiver of electrical energy using
• a frequency converter for converting electrical current from the source of electrical energy to elevated-frequency electrical current,
• transmitting and receiving resonant Tesla transformers, and
• two electrical energy transmission lines, wherein
• the both transmission lines are included between the stationary or movable points of the resonant windings of the transmitting and receiving transformers, the output resistance in which corresponds to the input or output resistance of the transmission line,
• the frequency converter is connected to the transmitting transformer via electrical capacitors using a coupling winding magnetically-inductively coupled to the winding of the transmitting transformer,
• the receiver of electrical energy is connected to the receiving transformer via electrical capacitors using a coupling winding magnetically-inductively coupled to the half-wave winding of the receiving transformer,
• and said method further comprises:
• excitating, by means of electrical energy from the source of electrical energy, in the winding of the transmitting transformer, resonant oscillations with the provision of excitation of electrical current in the transmission lines,
• transmitting the energy via the transmission lines to the winding of the receiving transformer with excitation therein of resonant oscillations, which fact ensures transmission of energy from the receiving transformer to the receiver of electrical energy.

A method for transmission of electrical energy comprising:

• transmitting electrical energy from the source of electrical energy to the receiver of electrical energy using
• a frequency converter for converting electrical current from the source of electrical energy to elevated-frequency electrical current,
• transmitting and receiving resonant Tesla transformers, and
• two electrical energy transmission lines, wherein
• the both transmission lines are included between the stationary or movable points of the resonant windings of the transmitting and receiving transformers, the output resistance in which corresponds to the input or output resistance of the transmission line,
• the frequency converter is connected to the transmitting transformer by way of including the electrical output of the frequency converter in series with the conductor in the resonant winding of the transmitting transformer,
• the receiver of electrical energy is connected to the receiving transformer by way of including the electrical input of the receiver in series with the conductor in the resonant winding of the receiving transformer;
• and said method further comprises:
• excitating, by means of electrical energy from the source of electrical energy, in the winding of the transmitting transformer, resonant oscillations with the provision of excitation of electrical current in the transmission lines,
• transmitting the energy via the transmission lines to the winding of the receiving transformer with excitation therein of resonant oscillations, which fact ensures transmission of energy from the receiving transformer to the receiver of electrical energy.

An apparatus for transmission of electrical energy comprising:

• a source and a receiver of electrical energy,
• a frequency converter for converting electrical current from the source of electrical energy to elevated-frequency electrical current,
• transmitting and receiving resonant Tesla transformers, the low-potential terminals of the windings of said transformers being grounded, and
• an electrical energy transmission line, wherein
• the transmission line is included between the stationary or movable points of the resonant windings of the transmitting and receiving transformers, the output resistance in which corresponds to the input or output resistance of the transmission line,
• the frequency converter is connected to the transmitting transformer via an electrical capacitor using a coupling winding magnetically-inductively coupled to the winding of the transmitting transformer,
• the receiver of electrical energy is connected to the receiving transformer via an electrical capacitor using a coupling winding magnetically-inductively coupled to the winding of the receiving transformer,
• the source of electrical energy provides the possibility of excitation, by means of electrical energy, in the winding of the transmitting transformer, of resonant oscillations with excitation of electrical current in the transmission line, and the transmission line provides the possibility of transmission of energy through same to the winding of the receiving transformer with excitation therein of resonant oscillations, which fact ensures transmission of energy from the receiving transformer to the receiver of electrical energy.

An apparatus for transmission of electrical energy comprising:

• a source and a receiver of electrical energy,
• a frequency converter for converting electrical current from the source of electrical energy to elevated-frequency electrical current,
• transmitting and receiving resonant Tesla transformers, and
• an electrical energy transmission line, wherein
• the transmission line is included between the stationary or movable points of the resonant windings of the transmitting and receiving transformers, the output resistance in which corresponds to the input or output resistance of the transmission line,
• the frequency converter is included between the low-potential terminal of the resonant winding of the transmitting transformer and the grounding connection,
• the receiver of electrical energy is included between the low-potential terminal of the resonant winding of the receiving transformer and the grounding connection,
• the source of electrical energy provides the possibility of excitation, by means of electrical energy, in the winding of the transmitting transformer, of resonant oscillations with excitation of electrical current in the transmission line, and the transmission line provides the possibility of transmission of energy through same to the winding of the receiving transformer with excitation therein of resonant oscillations, which fact ensures transmission of energy from the receiving transformer to the receiver of electrical energy.

An apparatus for transmission of electrical energy comprising:

• a source and a receiver of electrical energy,
• a frequency converter for converting electrical current from the source of electrical energy to elevated-frequency electrical current,
• transmitting and receiving resonant Tesla transformers, and
• two electrical energy transmission lines, wherein
• the both transmission lines are included between the stationary or movable points of the resonant windings of the transmitting and receiving transformers, the output resistance in which corresponds to the input or output resistance of the transmission line,
• the frequency converter is connected to the transmitting transformer via electrical capacitors using a winding magnetically-inductively coupled to the winding of the transmitting transformer,
• the receiver of electrical energy is connected to the receiving transformer via electrical capacitors using a coupling winding magnetically-inductively coupled to the half-wave winding of the receiving transformer,
• the source of electrical energy provides the possibility of excitation, by means of electrical energy, in the winding of the transmitting transformer, of resonant oscillations with excitation of electrical current in the transmission lines, and the transmission lines provides the possibility of transmission of energy through same to the winding of the receiving transformer with excitation therein of resonant oscillations, which fact ensures transmission of energy from the receiving transformer to the receiver of electrical energy.

An apparatus for transmission of electrical energy comprising:

• a source and a receiver of electrical energy,
• a frequency converter for converting electrical current from the source of electrical energy to elevated-frequency electrical current,
• transmitting and receiving resonant Tesla transformers, and
• two electrical energy transmission lines, wherein
• the both transmission lines are included between the stationary or movable points of the resonant windings of the transmitting and receiving transformers, the output resistance in which corresponds to the input or output resistance of the transmission line,
• the frequency converter is connected to the transmitting transformer by way of including the electrical output of the frequency converter in series with the conductor in the resonant winding of the transmitting transformer,
• the receiver of electrical energy is connected to the receiving transformer by way of including the electrical input of the receiver in series with the conductor in the resonant winding of the receiving transformer,
• the source of electrical energy provides the possibility of excitation, by means of electrical energy, in the winding of the transmitting transformer, of resonant oscillations with excitation of electrical current in the transmission lines, and the transmission lines provides the possibility of transmission of energy through same to the winding of the receiving transformer with excitation therein of resonant oscillations, which fact ensures transmission of energy from the receiving transformer to the receiver of electrical energy.