Digital Control of Grid-Tied Converters
Systems operators frequently update grid codes to ensure power quality and grid security. Consequently, power converter manufacturer have to design reliable products with reduced time-to-market in a competitive environment.
Welcome to our Grid Tied Converter Course!
In this course, you shall learn how to design and validate the different controllers required for the proper operation of grid-tied converters using real-time simulation in Typhoon HIL. Whenever possible, standards and grid codes requisites will be used to compare the performance of the controllers as well as the impact of their parameters.
Attendees are expected to have basic knowledge of power electronics and controls. Basic skills in programming, power converter modeling, and discrete-time domain analysis are helpful, although not mandatory.
This course includes:
- 2h on-demand video
- 4 downloadable resources
- Free access
- Certificate of Completion
*Please note, if you are using Typhoon HIL Control Center (THHC) version 2023.4 onwards, the course materials are no longer available through the installation folder. To access the Package with these files, please download the materials through Package Manager, under the tab Marketplace. This tool is accessible through the THHC welcome screen.
Course Content
About Instructor
Course Includes
- 5 Modules
- 33 Lessons
- 5 Quizzes
- Course Certificate
Ratings and Reviews
Ioannis
A very interesting course! It would be good to include a module where the learner could actually develop in a guided manner one (or more) of the control approaches that were presented. Thanks for the course!
Khaled
The course content is very good and informative. But the video lectures are too fast to follow and a more detail presentation will help more to understand the theory well.
All i would say is this course is excellent if you really want to understand what it means to design, control and evaluate the performance of a grid-tied inverter. The content is deep and covers complex aspects like 2 and 3-level inverter SVM for DSP. I appreciate that nothing was left behind in terms of providing the source code for both the converter design and controllers.Thanks