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
mohamed
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.
RAVIPUDI
I 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
A nice short introduction into the great topic of microgrids!