Scientific and Technical Journal


ISSN Print 2221-3937
ISSN Online 2221-3805

The article considers information about single-wire resonance system electric power transmission using Tesla transformers. Using such a system will significantly reduce the use of non-ferrous metals in the systems transmission of electric energy with simultaneous improvement of electrical power parameters (efficiency more than 90%) in comparison with traditional two-three wires.          

The width of the frequency bands, the numbers of resonant frequencies and their layout arrangement, indicators their total energy is a various for the primary and secondary windings of the Tesla transformer. This phenomenon is explained by the design features of the transformer, namely more strict requirements to the calculation and the practical achievement of the resonance in the secondary winding.

Experimentally established that the working frequency of a complex consisting of two resonant transformers Tesla and wires for the connect the transmitter and receiver energy power lies within 260-280 kHz depending on the length of the conductor connecting the emitting and receiving units.

The calculated from experimental data error setting the working frequency of a complex of not allowed more than + 100...150 Hz (Δ <<1%).

  1. Abramovich V. Tesla N. Stat'I [Tesla N. Articles], (2008), Moskow, Russian Federation, Agni Publishing House, 584 p. (In Russian).
  2. Abramovich V. Tesla N. Kolorado-Springs. Dnevniki 1899 – 1900 [Tesla N. Kolorado-Springs. Diary 1899 – 1900], (2008), Moskow, Russian Federation, Agni Publishing House, 460 p. (In Russian).
  3. Strebkov D.S. Rezonansnye metody peredachi elektricheskoi energii [Resonance Methods of Electric Power Transmission], (2008), Moskow, Russian Federation, 304 p. (In Russian).
  4. Nemtsov M.V. Spravochnik po raschetu katushek induktivnosti [Reference Calculation Inductors], (1981), Moskow, USSR, Energoizdat Publ., 136 p. (In Russian).
  5. Kalantarov P.L. Raschet induktivnostei: Spravochnaya kniga [Calculation Inductances: Reference Book], (1986), Moskow, USSR, Energoizdat Publ., 488 p. (In Russian).
  6. Iossel' Yu.Ya. Raschet elektricheskoi emkosti [Calculation of Electric Capacitance], (1981), Moscow, USSR, Energoizdat Publ., 288 p. (In Russian).
  7. Dolzhikov V.V., Luchaninov A.I., Sakalo S.N., To-karskii P.L., Tsybaev B.G., Shokalo V.M., and Shcherbina A.A. Aktivnye peredayushchie antenny [Active Transmitting Antennas], (1984), Moscow, USSR, 144 p. (In Russian).
  8. Mek R. Impul'snye istochniki pitaniya. Teo-reticheskie osnovy proektirovaniya i rukovodstvo po prakticheskomu primeneniyu[Switching Power Supplies. Theoretical Bases of Designing and Application Guidance], (2008), Moscow, Russian Federation, Publishing House Dodeka XXI Publ., 272 p. (In Russian).
  9. Sadovoi A.V., Alekseev I.A., and Trikilo A.I. Issledovanie parametrov rezonansnykh transformatorov v sisteme odnoprovodnoi peredachi elektricheskoi energii[Research of Parameters of Resonant Transformers in the System of Single-Wire Power Transmission], (2011), Zbіrnik Naukovikh Prats' Dnіprodzerzhins'kogo Derzhavnogo Tekhnіchnogo Unіversitetu: (Tekhnіchnі Nauki), Dneprodzerzhinsk’s, Ukraine, Vol. 2(17), pp. 181 – 185 (In Russian).
  10. Alekseev I.A., Babenko M.V., Belovitskii A.G., and Alekseeva Yu.A. Razrabotka printsipial'noi skhemy interfeisa svyazi dlya sistem upravleniya na baze PK tipa IBM [Schematic Development Communication Interface for PC-Based Control Type IBM], (2010), Zbіrnik Naukovikh Prats' Dnіprodzerzhins'kogo Derzhavnogo Tekhnіchnogo Unіversitetu: (Tekhnіchnі Nauki), Dneprodzerzhinsk’s, Ukraine, Vol. 2(15), pp. 81 – 86 (In Russian).
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25 Nov 2018

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