Viable Autonomous Power Supply System with Switched Reluctance Generator

A.A. Danshina, A.V. Prudiy


Currently, when more attention is given to power supply and energy efficiency of international community, particular attention should be given to inexpensive and qualitative electricity generation and its transport to the consumer.

In this article comparative analysis of direct and alternating current autonomous electrical networks was made. Today alternating current networks were general application. It is bound to that at the beginning of alternating current generation electric power industry development was simpler and cheaper, but meanwhile it has a number of shortcomings compared with direct current. Now the condition of power electronics is such that there is availability to apply a direct current for autonomous electrical networks.

Based on the electric generator comparison it is proposed to use the switched reluctance generator for a direct current autonomous network. In this system the increased frequency current application is proposed. This application advisability is confirmed by mathematical modeling of the normal and increased (500 Hz) frequency three-phase alternating current a rectification process using three-phase bridge twelve-ripple rectifier in a Matlab/ Simulink package on the resistible inductive load. Power supply the considered system use will improve the quality of electricity.

Full Text:



Karapetyan I.G., Faybisovich D.L., Shapiro I.M. Spravoch-nik po proektirovaniyu elektricheskikh setey [Reference of electrical networks design], Moscow, ENAS, 2009, 392 p.

Veselovskiy O.N., Shneyberg YA.A. Ocherki po istorii el-ektrotekhniki: uchebnoe izdanie [Sketches on electrical engi-neering history: study guide], Moscow, Publ. MEI, 1993, 252 p.

Lykin A.V. Elektricheskie sistemy i seti: uchebnoye posobiye [Electrical systems and networks: study guide], Moscow, University book, Logos, 2008, 254 p.

Ananicheva S.S., Bartolomey P.I., Myzin A.L. Peredacha elektroenergii na dalnie rasstoyaniya: uchebnoye posobiye [Transmission of the electrical energy over long distance: study guide], Ekaterinburg, UGTU – UPI, 1993, 80 p.

Ilinskiy N.F. The switched reluctance actuator – problems and prospects of development [Ventilno-induktornyi elektro-privod – problemy i perspektivy razvitiya], Ventilno-induktornyy elektroprivod: Doklady nauchno-prakticheskogo seminara [The switched reluctance actuator: Scientific and research workshops reports], Moscow, Publ. MEI, 2006, pp. 4-14.

Balagurov V.A. Proektirovanie spetsialnykh elektrich-eskikh mashin peremennogo toka: uchebnoye posobiye [Technical alternating current machines design: study guide], Moscow, High school, 1982, 272 p.

Alper N.YA., Terzyan A.A. Induktornye generatory [The reluctance generators], Moscow, Energy, 1970, 192 p.

Lototskiy K.V. Elektricheskie mashiny i osnovy elektro-privoda: uchebnoye posobiye [The electric machines and electric drive bases: study guide], Moscow, Publ. “Ear”, 1964, 495 p.

Borisov P.A., Tomasov V.S. Raschet i modelirovanie vypryamiteley: uchebnoe posobie po kursu “Elementy sistem avtomatiki (Chast I)” [Rectifiers calculation and simulation: study guide at the course “Automatic systems elements” (Part I)], St.-Petersburg, SPb GU ITMO, 2009, 169 p.



  • There are currently no refbacks.

Copyright (c) 2016 A.A. Danshina, A.V. Prudiy

© Russian Internet Journal of Industrial Engineering. ISSN 2310-0818


Another version of the web site: