PELab

Welcome to Power Electronics Laboratory

 Our lab focuses on high-performance motor control and power conversion system design and control. We develop advanced technologies for automotive motor drive systems and their applications, as well as renewable power conversion and grid control.

 

 

Core strengths

- High Performance Motor Control

- Power Conversion System Design and Control

- Automotive Motor Drive Systems and Applications

- Renewable Power Conversion and Grid Control

 

 

High-Performance Motor Control

Estimation of AC Motor Parameters

  • Estimation of Flux Saturation Model at Stand-still

High-Efficiency Control

  • MTPA Control, Field Weakening Control

Sensorless Control

  • Eco-Friendly Vehicles, Industrial Systems

Precision Position Control

  • Robots, Industrial Equipment

Motor control technique based on Artificial Neural Networks (ANN)

  • MTPA Control Considering Temperature Variation
  • Compensation for the Nonlinearities of Inverters and PMSMs 
  • Estimation of Flux Saturation Model

 

Power Conversion Systems

Topology Design of Power Converters Based on Application Requirements

  • Two-Level Inverter, Three-Level Inverter, MMC

PWM Techniques for Power Converters

  • Voltage Balancing
  • Switching Frequency Optimization for Performance

Control Techniques for Power Converters

  • Electric Vehicles, Industrial Systems

System Design and Drive Technologies

Motor Drive Systems for Automotive Applications

  • Traction Motors
  • Motor Drive Modules for Vehicles; ISG, EPS

Renewable Energy

  • Wave Power Generation, Wind Power Generation
  • MPPT (Maximum Power Point Tracking)

Grid-Connected Power Conversion Systems

  • UPFC, HVDC, TCSC