Scientific and Technical Journal


ISSN Print 2221-3937
ISSN Online 2221-3805

Gas pumping units for transportation of natural gas through pipelines, where drive of centrifugal compressors is regulated electrical the AC machines are considers in the paper. The structure and membership of the equipment electrical drive gas pumping unit provided on the basis semiconductor converter and high-voltage induction motor are considers. The frequency converter of electrical drive gas pumping unit is twelve-pulses (diode) rectifier and a three-level inverter based on fully controlled insulated gate transistors are showed. Modulation control algorithm for transistor of three-level are considers and formation of switching functions are showed, where two carrier signal used. The results of the simulation of controlled electric drive gas pumping unit. It is shown that the dynamic and energetic characteristics of the actuator is provided at a high level.


1. Kozyaruk A., and Vasiliev B. Struktura, sostav i algoritmy upravleniya vysokoeffektivnyx elektroprivodov gazoperekachivayushhix agregatov [Structure, Composition and Management of High-Performance Algorithms for Electric Pumping Units], (2013), Electric Appliances, No. 2, pp. 43 – 51 (In Russian).

2. Vasiliev B. Avtomatizirovannyj elektro-privod obektov mineralno-syrevogo kompleksa (primenenie, modelirovanie, issledovanie) [Automatic Electric Objects Mineral Complex (Application, Modeling, Research)]. (2014), St. Peterberg, Russian Federation, National University of Mineral Resources,139 p. (In Russian).

3. KozyarukA., and Vasilev B., (2013), Structure, Composition, and Control Algorithms of high-efficiency Electric Drives of Gas-Compressor Units, Russian Electrical Engineering, Vol. 84, pp. 94 – 102 (In English).

4. Vasiliev B. Mexatronnye perekachivayushhie kompleksy na osnove reguliruemyx elektroprivodov dlya podvodnogo kompremirovaniya i transportirovki prirodnogo gaza [Mechatronic Pumping Systems Based on Controlled Drives for Underwater Compression of Natural gas Transportation], (2013), Mechatronics, Automation, Control, No. 3, pp. 55 – 60 (In Russian).

5. Vasiliev B., and Kozyaruk A. Transportirovka gaza: sravni-telnyj analiz energoeffektivnosti, resursosbere-zheniya i ekologichnosti tipov privodov GPA [Transportation of Natural Gas: Comparative Analysis of Energy Efficiency, Resource Conservation and Environmental Types of Drives GPU], (2013), Oil & Gas Journal Russia, No. 4, pp. 68 – 75 (In Russian).

6. Kozyaruk A., and Vasilev B. (2011), Automatic Electric Drive for Gas-Pumping Unit, ElectrotechnicandComputerSystems, No. 3 (79),194 p. (In English).


7. Vasiliev B., and Dobush V. Effektivnye al-goritmy upravleniya poluprovodnikovymi preobra-zovatelyami v asinxronnyx elektroprivodax, [Effective Control Algorithms Semiconductor Converters for Induction motor Drives], (2014), Electricity, No.4, pp. 54 – 61 (In Russian).

8. Vinogradov A.Vektornoe upravlenie elek-troprivodami peremennogo toka [Vector Control Electric Drive AC], (2008), Ivanovo, Russian Federation, Ivanovo State Power University, 298 p. (In Russian).

9. Vasiliev B., and Kozyaruk A. Relejno-impulsnye sistemy upravleniya asinxronnymi elektroprivodami: pryamogo i fazzi – logicheskogo upravleniya [Relay Impulse Control Asynchronous Electric Drives: Direct and Fuzzy-Logic Control], (2014), Electrotehnicheskie Systems and Systems, No. 1, pp. 32 – 35 (In Russian).

10. Usoltsev A. Chastotnoe upravlenie asin-xronnymi dvigatelyami [Frequency Control the Induction Motors], (2006), St. Petersburg, Russian Federation, “Saint-Petersburg State University of Information Technologies, Mechanics and Optics”, 94 р. (In Russian).

11. Vasiliev B. Effektivnost upravleniya elektroprivodom peremennogo toka s pryamym uprav-leniem [Management Effectiveness AC Drive with Direct Control], (2014), Proceedings of the Universities. Electromechanics, No.1, pp. 71 – 75 (In Russian).

12. Schreiner R., Kalygin A., and Krivovyaz V. Elektroprivody peremennogo toka na baze neposred-stvennyx preobrazovatelej chastoty s ShIM [AC Drives on the Basis of Directly Frequency Converters with PWM], (2012), Edited by R. Schreiner. Yekaterinburg, Russian Federation, “Russian State Professionally Pedagogical University” Institution of the Russian Academy of Education “Ural Separated”, 223 p. (In Russian).

13. Vasiliev B., and Kozyaruk A. Povyshenie effektivnosti asinxronnyx elektroprivodov s pryamym upravleni-em momentom [Improving the Efficiency of Induction Motor Drives with Direct Torque Control], (2013), Bulletin of SUSU. Series of Energy Industry, Vol. 13, No. 2, pp.75 – 84 (In Russian).

14. Pronin M. and Vorontsov A.Еlektroprivody i sistemy s elektricheskimi mashinami i poluprovodnikovymi preobrazovatelyami (modelirovanie, raschet, primene-nie) [Power Fully Controllable Semiconductor Converters (Modeling and Calculation)], (2003), Edited by E. Krutyakova. St. Petersburg, Russian Federation, “Electric power”, 172 p. (In Russian).

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