Control of Microgrids
This course addresses the main types of controllers for grid forming inverters. Real-time simulations with Typhoon HIL will be presented to demonstrate and compare their performances using a test driven design. This makes it possible to cover different operating conditions in a automated fashion, including steady-state and transient responses, in both grid connected and island mode.
Welcome to our control of microgrids course!
Take a look at our course content below:
Course instructors
Federal University of Santa Maria
University of Illinois Urbana-Champaign
Course Content
About Instructor
Course Includes
- 2 Modules
- 14 Lessons
- 2 Quizzes
- Course Certificate
Ratings and Reviews
RAVIPUDII observe that there was a missing constant in the droop control for voltage differential equation. Please refer 5.1-Inductive-Droop.pdf page 13. The voltage differential equation second term 'a' is missing. Can you please check and update me if I am wrong. That same equation followed for the rest of the model implementation. Please let me know the effect of results in case my observation is true
Tiarles GuterresThe course has good handouts, the videos on-demand help to pause, take notes and search more about the important subjects presented in the course.
For the sake of clarity and to facilitate learning, it would be preferable to develop a fully functional AC and DC microgrid, complete with a variety of resources and a demonstration of the construction process. since it's free, and hence many students will be able to learn more quickly.