Matlab/Simulink modules for modeling and simulation of power electronic converters and electric drives

Iyer, Narayanaswamy P.R

Matlab/Simulink modules for modeling and simulation of power electronic converters and electric drives

Iyer, Narayanaswamy P.R

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Publication Type:: Thesis
Issue Date:: 2006

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Field	Value	Language
dc.contributor.author	Iyer, Narayanaswamy P.R
dc.date.accessioned	2016-12-05T03:13:17Z
dc.date.available	2016-12-05T03:13:17Z
dc.date.issued	2006
dc.identifier.uri	http://hdl.handle.net/10453/65847
dc.description	University of Technology, Sydney. Faculty of Engineering.	en_AU
dc.description.abstract	Modelling and simulation of power electronic converters and electric drives play a vital role in the academic curriculum and also in the industry. A number of modelling and simulation tools are used to study the performance of power electronic converters and electric drives. For the analysis and simulation of three phase electric drives, the three (abc) axis to two (dq) axis transformation is used [I]. The results in the dq axis is transformed to abc axis by suitable inverse transformation. Over the past, several analog, hybrid and digital computers were used for simulation of converter fed electric drives [2, 13, 29, 30, 33, 34, 35]. In the recent years, a number of software packages have been developed to study the performance of power electronic converters and converter fed electric drives [3 - 9]. SIMULINK developed by Mathworks Inc., USA. is one of the softwares used for power electronic converters and electric drive simulation [3, 4, 11]. This software is used for modelling the power electronic converters and electric drives discussed in this thesis. This thesis describes the interactive modelling of power electronic converters such as ac to de, de to ac, de to de and ac to ac and ac drives such as the three phase IM and Six Step Inverter fed PMSM, using the software SIMULINK. Unless specified otherwise, the term "model" in this thesis refers to SIMULINK model. Interactive Library Building Blocks are developed using SIMULINK for the above power electronic converters. These library models are then used to develop PWM converters. The models for well known PWM techniques such as Sine, HI, THI are presented. The interactive model for a totally new PWM technique known as Clipped Sinusoid PWM (CSPWM) is presented in this thesis. Where possible the results are compared with literature references, by theoretically derived formula and also by Electronic Circuit Simulation software.. Interactive Circuit Model of a Digital Gate Drive for a Three Phase 180 Degree mode two level inverter using four line to one line multiplexer is presented and the results compared with well known literatures on power electronics and also by experimental verification. Interactive system Models for three phase ac Line fed IM drive in all reference frames using dqO voltage - current and flux linkage equations in state space are presented and simulation results compared with the literature references. This is followed by various system models for three phase Pulse Width Modulated Inverter fed IM drive. Interactive system models for Six Step Continuous and Discontinuous current mode inverter fed PMSM drives are presented and the results are compared experimentally, by theoretically derived formula and also with the literature references. Interactive system models for Buck Converter Switched Mode Power Supply (SMPS) are given and the results compared with the literature references and also by electronic circuit simulation. Interactive system models for Three phase DCTLI and FCTLI are presented and the result compared with literature references and also by theoretical derivations. Harmonic analysis of six step continuous current mode two level inverter and three phase three level inverter are presented in APPENDIX A. Experimental data and MATLAB programs to calculate the parameters of the six step Lybotec inverter fed PMSM drive in the laboratories of CEMPE are presented in APPENDIX B. The block diagram schematic of the six step Lybotec Inverter in the laboratories of CEMPE is provided in APPENDIX C. Some data sheets for selected integrated circuits are provided in APPENDIX D. Comparison of the model performance of Power Electronic Converters and Electric Drives presented in this thesis made with the Electronic Circuit Simulation Software PSIM, MICROCAP8 and the SimPowerSystems Block set of SIMULINK is presented in APPENDIX E. The list of publications from this thesis is given in APPENDIX F.	en_AU
dc.format	Thesis (ME)
dc.language.iso	en_AU	en_AU
dc.relation	https://opus.lib.uts.edu.au/bitstream/10453/65847/8/02Whole.pdf
dc.rights	info:eu-repo/semantics/openAccess
dc.rights	au.edu.uts.lib/ppc
dc.rights	The author owns the copyright in this thesis including all reproduction and reuse rights for the work. The work may not be altered without the permission of the copyright owner. Attribution is essential when quoting or paraphrasing from this thesis.
dc.subject	Power electronic converters.	en
dc.subject	Three phase electric drives.	en
dc.subject	Software SIMULINK.	en
dc.subject	Step Inverter fed PMSM drives.	en
dc.subject	Clipped Sinusoid PWM (CSPWM)	en
dc.subject	Buck Converter Switched Mode Power Supply (SMPS)	en
dc.title	Matlab/Simulink modules for modeling and simulation of power electronic converters and electric drives	en_AU
dc.type	Thesis	en_AU
utslib.copyright.status	open_access

Abstract:

Modelling and simulation of power electronic converters and electric drives play a vital role in the academic curriculum and also in the industry. A number of modelling and simulation tools are used to study the performance of power electronic converters and electric drives. For the analysis and simulation of three phase electric drives, the three (abc) axis to two (dq) axis transformation is used [I]. The results in the dq axis is transformed to abc axis by suitable inverse transformation. Over the past, several analog, hybrid and digital computers were used for simulation of converter fed electric drives [2, 13, 29, 30, 33, 34, 35]. In the recent years, a number of software packages have been developed to study the performance of power electronic converters and converter fed electric drives [3 - 9]. SIMULINK developed by Mathworks Inc., USA. is one of the softwares used for power electronic converters and electric drive simulation [3, 4, 11]. This software is used for modelling the power electronic converters and electric drives discussed in this thesis. This thesis describes the interactive modelling of power electronic converters such as ac to de, de to ac, de to de and ac to ac and ac drives such as the three phase IM and Six Step Inverter fed PMSM, using the software SIMULINK. Unless specified otherwise, the term "model" in this thesis refers to SIMULINK model. Interactive Library Building Blocks are developed using SIMULINK for the above power electronic converters. These library models are then used to develop PWM converters. The models for well known PWM techniques such as Sine, HI, THI are presented. The interactive model for a totally new PWM technique known as Clipped Sinusoid PWM (CSPWM) is presented in this thesis. Where possible the results are compared with literature references, by theoretically derived formula and also by Electronic Circuit Simulation software.. Interactive Circuit Model of a Digital Gate Drive for a Three Phase 180 Degree mode two level inverter using four line to one line multiplexer is presented and the results compared with well known literatures on power electronics and also by experimental verification. Interactive system Models for three phase ac Line fed IM drive in all reference frames using dqO voltage - current and flux linkage equations in state space are presented and simulation results compared with the literature references. This is followed by various system models for three phase Pulse Width Modulated Inverter fed IM drive. Interactive system models for Six Step Continuous and Discontinuous current mode inverter fed PMSM drives are presented and the results are compared experimentally, by theoretically derived formula and also with the literature references. Interactive system models for Buck Converter Switched Mode Power Supply (SMPS) are given and the results compared with the literature references and also by electronic circuit simulation. Interactive system models for Three phase DCTLI and FCTLI are presented and the result compared with literature references and also by theoretical derivations. Harmonic analysis of six step continuous current mode two level inverter and three phase three level inverter are presented in APPENDIX A. Experimental data and MATLAB programs to calculate the parameters of the six step Lybotec inverter fed PMSM drive in the laboratories of CEMPE are presented in APPENDIX B. The block diagram schematic of the six step Lybotec Inverter in the laboratories of CEMPE is provided in APPENDIX C. Some data sheets for selected integrated circuits are provided in APPENDIX D. Comparison of the model performance of Power Electronic Converters and Electric Drives presented in this thesis made with the Electronic Circuit Simulation Software PSIM, MICROCAP8 and the SimPowerSystems Block set of SIMULINK is presented in APPENDIX E. The list of publications from this thesis is given in APPENDIX F.

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