GFM 102: Stability is an online short course offered from 11 AM – 1 PM Central, Monday, 11/9 to Friday, 11/13
Register here: https://app.glueup.com/event/gfm-102-stability-online-short-course-190396/
GFM 102: Stability is intended for researchers (graduate and undergraduate students, research engineers at varying levels, faculty) and working professionals from industry (power electronics manufacturers, utilities, and system operators). Broadly, it covers fundamental notions of stability from a controls engineering and system-theoretic viewpoint. Foundational elements related to small-signal and large-signal stability are reviewed adopting a technology agnostic lens. Models and modeling paradigms to facilitate analytical stability assessment at different timescales will be presented. Representation of system dynamics in state-space and in the frequency domain will follow, with a discussion on how stability is examined in each. Taking a step closer to practice, frequency domain conditions for GFM IBR standards and stability under interconnection will be presented. This will bridge the gap from academic treatments and analytical approaches to how grid codes can facilitate stability-enforcing operation of grid-forming technologies. GFM 102: Stability is structured in 3 modules. Each module has a theoretical component and is accompanied with EMT simulation exercises that are intended to be completed individually. Course completion grants 1 CEU. See registration link above for more details.
Registration costs and discount codes are provided below. If you are registering as a student, please use your .edu email when registering. (UNIFI reserves the right to verify student status for student registrants.) If you are unsure of your organization’s membership status in the UNIFI Consortium, please reach out to membership@unificonsortium.org.
- Non-UNIFI, non-student, general attendee: $1000
- Student (not restricted to UNIFI member institutions): $100 (discount code: UNIFISTUDENT100)
- UNIFI Full Members: $500 (discount code: UNIFIFULL500)
- UNIFI Other Members: $750 (discount code: UNIFIASSOCIATE750)
Presenters include Nathan Baeckeland (Researcher III-Electrical Engineering, National Laboratory of the Rockies), Sairaj Dhople (Oscar A. Schott Professor, University of Minnesota), Bala K. Poolla (Researcher III-Electrical Engineering, National Laboratory of the Rockies), Dominic Groß (Associate Professor, University of Wisconsin Madison)