Lecture 1 Microgrid introduction
Lecture 2 AC microgrid- Control of inverters
Lecture 3 AC microgrid- Hierarchical control
Lecture 4 AC microgrid- Distributed control
Lecture 5 State-space modeling and stability analysis of microgrids
Lecture 6 Impedance modeling and stability analysis of microgrids
Lecture 7 DC microgrid control
Lecture 8 Hybrid AC/DC microgrid control
Lecture 9 Microgrid cybersecurity
Lecture 10 Microgrid energy management
Individual project:
The students will select one of the project below as the course project:
Project 1- control and stability analysis of AC microgrid:
Hands on 1: Design of inverter in grid forming control in Matlab/Simulink
Hands on 2: Design of AC microgrid under droop control in Matlab/Simulink
Hands on 3: State space modeling and stability analysis of AC microgrid
Hands on 4: Implement a selected novel method in the developed microgrid system. (It can hierarchical control, distributed control, stabilization, energy management, etc. You can select a paper introduced in the course, or find a paper through IEEE xplore. You can also develop something new based on your own research topic. The selected method/paper need to be discussed with examiner and get approval before you start this part. )
Submit report and Matlab files
Project 2: control and stability analysis of DC microgrid:
Hands on 1: Design of DC/DC converter in voltage control
Hands on 2: Design of DC microgrid under droop control
Hands on 3: State space modeling and stability analysis of DC microgrid
Hands on 4: Implement a selected novel method in the developed microgrid system. (It can hierarchical control, distributed control, stabilization, energy management, etc. You can select a paper introduced in the course, or find a paper through IEEE xplore. You can also develop something new based on your own research topic. The selected method/paper need to be discussed with examiner and get approval before you start this part. )
Submit report and Matlab files