Voronin S.G., Hafizov G.T. Some Ways to Control Output Parameters of Brushless Electric Motor with Vector Handling

doi 10.18503/2311-8318-2016-1(30)-10-13

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Abstract

In this paper, we propose a new synthesis method of the drive parameter adjustment, which will simplify the task of vector control of a brushless motor. The structure of the solution to this problem is to consider the test actuator as a complex object, to obtain a mathematical model of the object and to determine the tasks of the structures necessary to solve the problem. In the course of the research work, analytical expressions of the dynamic electric model were obtained, which describe the operation of the drive in a pseudo-static mode, as well as accurate analytical expressions to determine the optimal mode: max speed at a certain moment of resistance. Computer simulation of a synchronous motor with permanent magnets in the ac electronic motor was carried out, besides, the authors obtained the appropriate process diagrams.

Keywords

Brushless electric motor, a synchronous motor with permanent magnets, dynamic model, optimum angle switching, maximum speed under load.

Voronin Sergei Grigorevich – D.Sc. (Eng.), head of the department of "Electromechanics and electromechanical systems", FSSFEI HPE “South Ural State University” (national research university), Chelyabinsk, Russia.

Khafizov Gleb Tagirovich – a post-graduate student of the department of "Electromechanics and electromechanical systems", FSSFEI HPE “South Ural State University” (national research university), Chelyabinsk, Russia. E-mail: This email address is being protected from spambots. You need JavaScript enabled to view it..

1. White D.S, Woodson G.H. Elektromekhanicheskoe preobrazovanie energii [Electromechanical energy conversion] Moscow, Leningrad, Energy, 1964, 528 p

2. Hai, L., Yan, W.-S., Li, H., Wei, Y.Model reference adaptive backstopping based direct torque control of PM syn-chronous motor drives, 4th IEEE Conference on Industrial Elec-tronics and Applications, ICIEA, 2009, art. no.5138380, pp.1173-1178.

3. Wang X., Xing Y., Liu Y., Yang D. Speed-sensorless direct torque control system of permanent magnet synchronous motor, Dongbei Daxue Xuebao, Journal of Northeastern Univer-sity, 2012, no.33(5), pp.618–621.

4. Paulus D., Stumper J.-F., Kennel R. Sensor less control of synchronous machines based on direct speed and position es-timation in polar stator-current coordinates, IEEE Transactions on Power Electronics, no.28(5), art. no.6257501, 2013, pp.2503-2513.

5. Voronin S.G., Kurnosov D.A., Kulmuhametova A.S. Nekotorye skhemy i algoritmy vektornogo upravleniya sinkhronnymi dvigatelyami s vozbuzhdeniem ot postoyannykh magnitov [Some Schemes and Vector Control Algorithms for Synchronous Motors with Permanent-magnet], Electronics, 2013, no.10, pp.50-54.

6. Ango A. Matematika dlya elektro i radio inzhenerov s predisloviem Lui De Broilya [Mathematics for Electrical and Radio Engineers with a foreword Louis de Broglie], André Angot; Translated from French, under the editorship of K.S. Shifrin, Moscow, Science, 1965, 780 p.

7. Bronstein I.N., Semedyaev K.A., Spravochnik po matematike dlya inzhenerov i uchaschikhsya vtuzov [Handbook of Mathematics for Engineers and Students of Technical Colleg-es], Ed G. Grosche, W. Ziegler, Moscow, Science, 1986, 544 p.

8. Bessonov L.A. Teoreticheskie osnovy elektrotekhniki [Theoretical Foundations of Electrical Engineering], textbook, Moscow, Higher School, 1967, 780 p.

9. Yuferov F.M. Elektricheskie mashiny avtomaticheskikh ustroistv [Electrical Machinery of Automatic Devices]. textbook for students enrolled in the specialty "Electromechanics",2nd ed., revised and extended, Moscow, Higher School, 1988, 479 p.

10. Sizyakina A., Rumyantsev M. Bez datchika polozheniya rotora: resheniya kompanii IR dlya upravleniya ventilnymi dvigatelyami [Without Rotor Position Sensor: Solu-tions of IR in the Field of Brushless Motors Control], Electronics News (Electronic Journal), 2011, no.10, Article 6.

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