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PESC06 Tutorials Call for Proposals |
The PESC06 Program Committee greatly appreciates a lot of proposals from the various specialists around the world for the PESC06 tutorials. Although all of the proposals are valuable and od enough to open for the tutorial program, following three courses are selected by the program committee as a first step because of the limitation of the time schedule and expected attendances. However, the program committee is considering one or two more 4-hour tutorial courses. Thus new proposal for the PESC06 tutorial is welcomed unitl Feb. 17th, 2006.
The proposals should be sent via e-mail to the address below according to the follwing format:
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topic / title |
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organizer's name, complete address, phone number, and e-mail address |
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abstract (up to 300 words) |
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co-organizer's name, complete address, phone number, and e-mali address (optional) |
Contact Address: Prof. Hyosung Kim, Kongju Univ. (E-mail: hyoskim@kongju.ac.kr)
or PESC06 Secretariat (E-mail: pesc06@pesc06.org)
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Lecturing Time |
8 hours |
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Organizer |
Subhashish Battacharya (NC State Univ., USA) |
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Presenters |
Hiro Akagi (Tokyo Inst. of Tech., Japan) Rik De Donker (Aachen Univ. Germany) Reserved, from Company |
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Content |
1. Power Converters Topologies for High Power MV Applications 2. Converter Design Issues 3. Converters Control 4. Converters Protection 5. MV Custom Power Applications 6. Applications in Utility Distribution Systems and Industrial Plants 7. System Application Case Studies |
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[Tutorial 2] Power Converters and Control of Renewable Energy Systems |
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Lecturing Time |
8 hours |
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Organizer |
Frede Blaabjerg (Aalborg Univ., Denmark) |
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Presenters |
Frede Blaabjerg (Aalborg Univ., Denmark) Marco Liserre (Bari Univ., Italy) Zhe Chen (Aalborg Univ., Denmark) Reserved, from Company |
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Content |
1. Introduction to renewalbe energy systems (Wind, Solar, hydro) 2. Interconnectio nDemands to RES (plant, grid) 3. Power Converters for Single Phase Systems 4. Power Converters for Three Phase Systems 5. Control of Single-phase and Three Phase Systems incl. Classical Controllers, Resonant Controllers, Adaptive Controllers 6. Synchronization to Grid (PLL, flux-observers etc.) 7. Intelligent Interconnection (estimation of impedance, frequency) 8. Ride-through Operation of RES 9. Future Trends
During the presentations different solutions will be compared, both through simulations but also extensive experimental results |
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[Tutorial 3] New Ways to Teach Power Electronics and Electric Machines / Drives |
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Lecturing Time |
4 hours |
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Organizer |
Ned Mohan (Univ. of Minnesota, USA) |
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Presenters |
Ned Mohan (Univ. of Minnesota, USA) |
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Content |
This tutorial will describe how it is possible to teach courses in Power Electronics and Electric Machines/Drives with much higher breadth and depth simultaneously. For example, based on a building-block approach, the course on Power Electronics includes designing the feedback controller, SV-PWM and the Matrix Converter. Similarly, using the theory of space vectors explained very physically, it is possible to teach Electric Machines and Drives, from the very beginning to advanced Vector Control and sensorless DTC operation, in just tow courses. |