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No. 1114 |
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Modeling and simulation techniques of power electronic systems |
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Cooperation study group of modeling and simulation techniques of power electronic systems
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| Keyword : |
Modeling and Simulation, Power Electronic System, Mixed System, Multi-Domain
System, Circuit Simulators |
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Simulation techniques of power electronic (PE) systems have been widely
utilized as analysis and design tools. They often have difficulties which
come from nonlinear, discontinuous, and mixed characteristics which are
typical in PE systems. Various modeling and simulation techniques have
been developed and used and they are investigated theoretically and systematically
in this study group. This technical report covers the elaborated results
which include those of the previous study groups. The report is structured
as follows. In Chapter 2, basic simulation principles are briefly described.
In Chapter 3, modeling techniques (mixed system modeling techniques in
triple meanings in 3.1, a matrix converter example in 3.2, and device modeling
techniques for IGBTs and MOSFETs in 3.3) are presented. In Chapter 4, present
statuses and future trends of simulators are presented. Brief computation
principles of popular simulators and their benchmark test results are presented
in 4.1. Recent trends of free simulators are presented in 4.2. Then in
Chapter 5, six practical examples including motor drive and automobile
applications are presented. Then simulator-based analysis/design methods
and PE education utilizing simulation tools are presented in Chapters 6
and 7 respectively. Chapter 8 concludes the report.
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©2007. The Institute of Electrical Engineers of Japan |