(Include but not limited to)
Track 1: Power Electronics
Power electronic equipment
Motor drive and frequency converters
System integration, power systems
Modeling and simulation
Converters and system control
Physical theory analysis of motors
Noise reduction technology for large equipment
High-frequency converters and power supplies
Passive components and sensors
Power systems and their automation
High voltage and insulation technology
Power electronics and power transmission
Power machinery and electrical appliances
MEMS component technology
Electronic system-level design
Electronics and nanoelectronics
Epitaxy and light-emitting diodes
Track 2: Motor Systems
Efficient motor design
New material applications
Thermal management and cooling technologies
Vibration and noise control
Motor optimization algorithms
Sensorless control
Multi-motor coordinated control
Control system implementation technology
Drive circuit design
Electric vehicle drive systems
Motor assembly technology
Track 3: Electrical Control
Electrical drive and motion control
Power electronics and converter technologies
Motor control and servo systems
Control system design and integration
High-performance electrical control
Grid connection control and energy management
Microgrid control and operation
New energy power system control
Electrical system stability and safety
Power equipment intelligent control
Real-time control and monitoring systems
Electrical system intelligent optimization ……