Torque Ripple Minimization in Switched Reluctance Motor Drives by Using Converter Topology
Keywords:
Switched Reluctance Motor, Asymmetric Bridge Converter, Miller Converter, Modified Miller Converter, Hysteresis Current Control.Abstract
Switched Reluctance motor (SRM) is gaining prominence due to its simple and rugged construction, absence of permanent magnets, low cost, fault tolerant capability and development in power electronics. Non-linear inductance profile and pulse magnetizing make the torque ripple unavoidable. But machine design and electronic control approaches have been used to minimize the torque ripple. The torque ripple can be reduced by improving the magnetic design of the motor and by using sophisticated electronic control techniques. The mathematical modeling of three phase 6/4 switched reluctance motor (SRM) is developed and integrated with different power converter topologies i.e. asymmetric bridge converter, miller converter and modified miller converter in Matlab/ Simulink environment along with hysteresis current control method.
References
- F.Soares,P.J.Costa Branco,"Simulation of a 6/4 SRM based on Matlab/Simulink Environment",IEEE July 2001,pp.989-1009.
- IreneuszMoson,Krzysztof Iwan,JanuszNieznanski,"Circuit-Oriented Model of the Switched Reluctance Motorfor Drive Systems Simulation",IEEE 2002,pp.497-501.
- I.Hussain,M.Ehsani,"Torque ripple minimization in SRM drives by PWM current control",IEEE transactions on power electronics,vol.2,January 1996,pp.83-88.
- R.Krishnan,"Switched reluctance motor drives-Modeling,simulation,analysis,design and applications",CRC press,2001
- Timothy L.Skvarenina,"The Power Electronics Handbook",CRC Press,2002.
- Horacio Vasquez ,Joey K.Parker,"A new simplified mathematical model for a switched reluctance motor in variablespeed pumping application",Mechatronics 14 (2004) ,pp1055-1068
- S.Sadeghi,J.Milimonfared,M.Mirsalim,Senior member,IEEE,M.Jalalifar,"Dynamic Modeling and Simulation of a Switched Reluctance Motor in Electric Vehicles",IEEE 2006.
- RohitSuryadevara,B.G.Fernandes,Member,"Control Techniques for Torque Ripple Minimization in Switched Reluctance Motor: An Overview",ICIIS 2013,Aug.18-20,2013,Sri Lanka,pp.24-29.
- S.Muthulakshmi,Dr.R.Dhanasekaran," Torque Response of Switched Reluctance Motor Fed from Different Switching Topology under HCC",Proc.of Int.Conf.on Control,Communication and Power Engineering,Elsevier,2013,pp.404-411.
- Adel DerisZadeh,EhsanAdib,HoseinFarzanehfard,SeyedMortaza,Saghaian-Nejad,"New Converter for Switched Reluctance Motor Drive With Wide Speed Range Operation",IEEE,2011,pp.473-477.
- Yulong Cui,Xin Chang Yu,Hao Liang Fan,Jian Bo fan," The simulation study for switched reluctance motor drives based on Matlab 6.5",IEEE,Proceedings of fourth international conference on machine learning and cybermetics,Guangzhou 18-2,august 2005,pp.1076-1081.
- G.K.Dubey,"Fundamentals of electrical drives",Narosapublicashing house,Second edition 2008,pp.288-296.
- V.K.Mehta,Rohit Mehta,"Principles of Electrical Machines",S.Chand Publications,Reprint 2010,pp.656.
- H.E.Akhtar,V.K.Sharma,"Modelling simulation and performance analysis of SRM operating with optimum value of fixed turn-on and turn-off switching angles",IEEE 2003,pp.392-402.
- S.A.Hossain,I.Hussain,"Modelling,simulation and control of SRM drives,IEEE 2003,pp.2447-2452.
- HalaHannoun,MickaelHilairet Claude Merchand,"Design of an SRM speed control strategy for a wide range of operation speeds",IEEE Transactions on Industrial Electronics,vol.no 57,no.9,3 Sep.2010,pp.2911-2921.
- Raul Rabinovici,"Torque ripple,vibrations,and acoustic noise in switched reluctance motors" HAIT Journal of Science and Engineering B-2005,Volume 2,Issues 5-6,pp.776-786.
- Chen Hao,Jiang Jianguo,Sun Suli,Zhang Dong,"Dynamic Simulation Models of Switched Reluctance Motor Drivers",IEEE,Proceedings of the 3" World Congress on Intelligent Control and Automation June 28-July 2,2000,pp-2111-2115.
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