The IEEE Power Electronics Society announces the Twenty Third IEEE Workshop on Control and Modeling for Power Electronics, IEEE COMPEL 2022.
This workshop brings together researchers, engineers and students from academia and industry for an interactive discussion on the latest advances in modeling, simulation, analysis and control of power electronic devices, circuits and systems.
Special emphasis of COMPEL 2022 will be on miniaturization methods of high-power-density converters, topologies for high-conversion ratio, sensing and control techniques for volume-sensitive energy interfaces.
Updated Final Papers are due July 10th
Final Papers are due June 15th
Authors registration is due June 1st
Early bird registration is due May 29th
Student grant application submission deadline: May 25th
Notification of acceptance: May 3rd
Tutorials and Keynotes
Prof. Marcio Stefanello, Dr.
Prof. Humberto Pinheiro, Ph.D.
Federal University of Santa Maria, Brazil
Prof. Fernanda Carnielutti, Dr.
Federal University of Santa Maria, Brazil.
Prof. Alexandre T. Pereira, M.Sc.
Instituto Federal Sul-rio-grandense, Brazil.
Dr. Daniel Nahum Zmood
Workshop themes include (but are not limited to):
Modeling and Simulation for Power Electronics Converters: Advanced modeling and simulation techniques for power electronics converters, systems and components.
Control of Power Converters: Advanced control and power management solutions for ac-dc, dc-dc and dc-ac power converters and systems, including analog or digital implementations.
Topologies for High-Conversion Ratio: Power conversion topologies and analysis methodologies for applications ranging from low-power energy harvesters to multikilowatt power converters.
Design, Optimization and Simulation Tools: Design analysis and verification tools, multi-level and multi-domain simulators, hardware-in-the-loop testing systems, virtual prototyping tools and techniques, software solutions for reliability, diagnostics and EMI assessment.
Miniaturization and Integration: Power-on-Chip, multi-chip and multi-die advanced integration and 3-D stacking, mixed-signal platforms for integrated power, special processes and devices.
High-Power-Density Systems in Renewable Energy: Challenges in residential and commercial power delivery, compact inverters, grid interaction, polarization issues, special magnetics.
Education: Laboratories and equipment for teaching power electronics, innovative teaching methodologies, multimedia tools, interactive and virtual laboratories.