Control of Power Electronic Converters and Systems

<p>Topic 1 Fundamentals of Power Converters<br>1. Power Electronics Converters – an overview<br>2. Basic Control Principles in power electronics – analogue and digital control design<br>3. Modelling and Control of dc/dc converters<br>4. Modelling and Control of single-phase ac/dc converter incl Phase Locked Loop<br>5. Modelling and Control of three-phase ac/dc converter incl Phase Locked Loop<br>6. Control of single-phase and three – phase dc/ac converters<br>7. Modelling and control of ac/ac converters</p> <p>Topic 2 Renewable energy systems<br>8. Design and control of voltage source converters with LCL filters<br>9. Modelling and Control of PV systems<br>10. Control of Wind Turbine Systems</p> <p>Topic 3 Adjustable Speed Drives<br>11. Basic Control of AC motor drives<br>12. Sensorless Control of Motor Drives</p> <p>Topic 4 Power Quality<br>13. Active rectifiers and their control<br>14. Power Converters for power Quality improvement</p> <p>Topic 5 Appliances<br>15. Control of single-phase motors for appliances<br>16. Power converter and control of LED’s</p> <p>Topic 6 Power System<br>17. Voltage source converter for large scale power system control<br>18. MMC converter and its control</p> <p>Topic 7 Advanced features in control of power converters<br>19. Thermal loading minimization control in power converters<br>20. Adaptive control of power converter and system</p>