(The following topics include but are not limited to)
Track 1: Motor System Design and Optimization
Design and analysis of new motor topologies (permanent magnet, reluctance, axial flux motors, etc.)
Efficient motor design and lightweight technology
Coupled analysis and optimization of multiple physical fields (electromagnetic - thermal - mechanical)
Motor thermal management and cooling technology
Motor vibration, noise analysis and suppression
Special motor and actuator design (robot joint motors, linear motors, etc.)
Application of new magnetic materials and insulating materials
Motor system modeling, simulation and optimization algorithms
Design technology of non-core/non-slot motors
Reliability analysis and condition monitoring of motor systems
Motor fault diagnosis and prediction technology
Digital design and intelligent manufacturing processes of motors
Track 2: Electrical Drive and Control Technology
High-performance motor drive and control strategies (vector control, direct torque control, etc.)
Sensorless control and state estimation technology
Multi-motor coordination control and synchronization technology
Servo systems and high-precision motion control
Application of model predictive control (MPC) in drive systems
Adaptive control, robust control and intelligent control algorithms
Weak magnetic control and high-speed motor drive technology
Traction drive systems (railway transportation, electric vehicles)
Robot drive systems and multi-degree-of-freedom control
Networked control systems and distributed control
Electromagnetic compatibility (EMC) and anti-interference technology of drive systems
Fault-tolerant control and redundant drive systems
Track 3: Power Electronics and Energy Conversion
Topology design and control of power converters (DC-DC, AC-DC, DC-AC)
Application technology of wide bandgap semiconductor devices (SiC/GaN)
Electric drive systems for electric vehicles and on-board charging technology
Battery management system (BMS) and energy storage technology
Renewable energy grid-connected power generation systems and new energy power generation
Smart grids and microgrid technologies
Wireless power transmission technology
Design of high-frequency magnetic components and magnetic components
Power quality management and harmonic suppression
Reliability and thermal management of power electronic systems
Power traction and electrical railway power distribution technology
Energy management system and energy efficiency optimization ......