(Including but not limited to the following topics)
Track 1: Electrical Energy Conversion
Motor Design and Optimization
Efficient Motors and Drives
AC and DC Motors and Drives
Reluctance Motors and Drives
Permanent Magnet Motors and Drives
Advanced Control Strategies for Motors
Fault Diagnosis and Condition Monitoring
Power Propulsion Systems
Electric Vehicle Charging Infrastructure
Power Disasters and Protection
Unmanned Aerial Vehicle Wind Turbine Inspection Technology
Data Science in Power Engineering
Applications of Power and Energy Systems
The Impact of Smart Grid on Distributed Energy
Deployable Microgrids
Large-scale Renewable Energy Integration and Consumption
Flexible Interconnection of Large Power Grids
Track 2: Power Electronics
Practical Interface for Power Electronics
Computational Applications of Power Electronics
Communication Applications of Power Electronics
Medical Power Electronics
High-Frequency Converters and Power Supplies
New Converter Topologies and Their Applications
Matrix and Multi-Level Converters
Control and Drive Circuits for Power Converters
New Power Semiconductor Devices and Their Practical Applications
Industrial Applications of Power Electronics
Regulations, Safety and EMC Compliance of Power Electronics Equipment
Production, Manufacturing, Quality and Reliability of Power Electronics Equipment
Power Electronics for Wind, Solar and Storage
Power Transmission and Distribution Power Electronics
Electrification of Transportation Power Electronics
Data Center Power Electronics
Power Electronics Devices
Control, Modeling, Simulation
Track 3: Power System
Linear Power Systems
Local Dynamics, System Dynamics
Power Machinery and Engineering
Power Systems and Automation
Fluid Machinery and Engineering
Motors and Electrical
Nonlinear Power Systems
System Dynamics and Control of Vehicle Transport Systems
Robot System Dynamics and Control
Astronautical Structural Dynamics and Control