Technology, energy, agriculture transport AIC

Vidmysh Andriy – PhD, Associate Professor of the Department "Power Engineering, Electrical Engineering

and Electromechanics" of the Vinnytsia National Agrarian University (3, Solnyschna St., Vinnytsia, 21008,

Ukraine, email: andrijvydmysh1966@gmail.com).

SYNCHRONIZED ASYNCHRONOUS MOTORS WITH A PHASE ROTOR FOR ENERGYSAVING

TECHNOLOGIES IN THE AGRO INDUSTRIAL COMPLEX

The article proposes and justifies the use of synchronized asynchronous motors with a phase-rotor

(SADFR) for efficient energy-saving electric drives of the main technological objects in the agroindustrial

complex. The results are based on scientific and practical research. Proposed replacement of

asynchronous motors with a squirrel cage rotor (ADRC) with more economical SADFR.

Key words: synchronous asynchronous motor, excitation winding, automatic control of excitation,

compounding.

Fig. 2. Ref. 14.

References

[1] Popovich, M. (1993) Teoriya elektropryvoda [Theory of electric drive] Kyiv: Vyshcha shkola (in

Ukrainian).

[2] Sinyavsky, O., Savchenko, P., Savchenko, V. (2013) Elektropryvod [Electric drive] Kyiv: Ahrar

Media Hrup (in Ukrainian).

[3] Loginov, S. (1964) Vsesoyuznoye soveshchaniye po regulirovaniyu vozbuzhdeniya sinkhronnykh

dvigateley [All-Union Conference on the Regulation of Excitation of Synchronous Engines], 7, 21 –

28, Elektrichestvo (in Russian).

[4] Voldek, A. (1978) Elektricheskiye mashiny [Electric Machines] Leningrad: Energiya (in Russian).

[5] Kopylov, I., Klokov, V. (1988) Spravochnik po elektricheskim mashinam [Handbook of electric

machines], 1, (in Russian).

[6] Kopylov, I., Klokov, V. (1989) Spravochnik po elektricheskim mashinam [Handbook of electric

machines], 2, (in Russian).

[7] Dombrovsky, V., Khutoretskii, G. (1974) Osnovy proyektirovaniya elektricheskikh mashin

peremennogo toka [Fundamentals of designing electric alternating current machines] Leningrad:

Energiya (in Russian).

[8] Ofitsiyno: Natskomisiya z taryfiv pidvyshchyla tsinu na elektroenerhiyu [The National Commission on

Tariffs has raised the price for electricity] (2018) Retrieved from:

https://www.epravda.com.ua/news/2017/12/28/632623/ (in Ukrainian).

[9] Taryfy oblenerho zrostutʹ z 1 kvitnya [Oblenergo tariffs will increase from April 1] (2018) Retrieved

from: https://www.pravda.com.ua/news/2018/01/30/7170014/ (in Ukrainian).

[10] Bezverkhyi, S., Vidmysh, A., Kalenska, V. (1998) Enerhopokaznyky faznykh rotornykh obmotok

asynkhronnykh dvyhuniv pry zhyvlenni postiynym strumom [Power indices of phase rotary windings of

asynchronous motors with DC supply], 1, 47 – 50, Sb. scientific works of Kremenchug GPI "Problems

of creation of new machines and technologies" (in Ukrainian).

[11] Bezverkhyy, S., Vidmysh, A. (2000) Enerhozberihayuchi alʹternatyvni varianty

zahalʹnopromyslovoho elektropryvodu zminnoho strumu [Energy-saving alternatives to a generalpurpose

electric AC], 113, 311 – 313, Problems of the automated electric drive. Theory and practice.

Bulletin of KhGPU (in Ukrainian).

[12] Bezverkhyy, S., Vidmysh, A., Zhukov, A. (2005) Enerhozberihayuchi synkhronni dvyhuny dlya

hirnychoyi promyslovosti [Energy-saving synchronous engines for mining industry], 43, 244 – 247,

The Bulletin of the National Technical University "Kharkiv Polytechnic Institute". Collection of

scientific works. Thematic issue (in Ukrainian).

[13] Stadnik, M., Vasilkovsky, V. (2018) Analiz nadiynosti roboty ahrehativ maloyi HES ta rozrobka

rekomendatsiy do yiyi pidvyshchennya [The analysis of the reliability of the work of the small

hydraulics aggregates and the development of recommendations to its growth], 2, 73 – 80,

Engineering, power engineering, transport of agroindustrial complexes (in Ukrainian).

[14] Stadnik, M. (2017) Proektuvannya system avtomatyzatsiyi z minimalʹnoyu nadlyshkovistyu [Projecting

systems of automation with minimum perfectly], 2, 167 – 172 Engineering, power engineering,

transport of agroindustrial complexes (in Ukrainian).