Faster than Real-time Dynamics Simulation

Faster than Real-time Dynamics Simulation
Posted: 1 Aug 2014
Primary Committee:
(PSACE) Computer Analytical Methods
A. Flueck, Illinois Institute of Technology
Slides: 98

When will the next unforeseen disturbance occur in your power system? Could it cause a cascading out- age? What will be the initial state of the power system when the next unanticipated disturbance occurs? Consider the real-time operations environment, which has become substantially more complex, dynamic, and uncertain, as new market rules, regulatory policies, and technologies have been adopted. Now, sup- pose we could predict 30 seconds of power system dynamic response, with a certain level of confidence, within 15 seconds of the initial unforeseen disturbance. Is it possible? Shifting operational data analytics from a traditionally offline environment to real-time situational awareness, eventually supporting measure- ment-based, wide-area, fast control, will require significant advancements in algorithms and computation- al approaches. This panel session will present ongoing research in mathematics, modeling and compu- tational techniques for ?faster than real-time? dynamics simulation of power systems.

Tags :
open source
PES Members: Free
IEEE Members: $10.00
Non-members: $20.00
Please click 'Sign In' at the top of the page and log in with your IEEE Username and password. If you do not have an IEEE account, click 'Create Account' to create a FREE account to make a purchase. Alternatively, you can join IEEE and/or become a society member which will enable access to all materials; most of which are complimentary or discounted.