Objective 🎯 | Expected Outcome 🚀 | Target Audience 🫵 | Partners 🤝 | Additional Information 👩🎓 |
To understand the dynamics of inter-area oscillation, focusing mainly in scenarios with high penetration of IBRs (inverted-based resources). | Develop strategies and tools to mitigate the impact of inter-area oscillations on power systems. | TSOs (Transmission system operators) | RTE France IIT Comillas CRESYM | Research conducted over a 4-year PhD program (Dec23-Nov27). |
Stay tuned to this page for the latest updates on the WOLF-I project. We will be posting regular updates on our progress, including new findings, publications, and software releases. Whether you are a researcher, industry professional, or just interested in the field of power systems, this page will provide you with valuable insights into our work.
Posts
Small-Signal Stability of Multimachine Systems: Linear Model of Two-Area Four-Generator System.
Small-Signal Stability of Multimachine Systems: A Step-by-Step Guide. Generator represented by the detailed model.
What are inter-area oscillations and why are they important?
Small-Signal Stability of Multimachine Systems: Linear Model of Two-Area Four-Generator System. The simplest one.
Small-Signal Stability of Multimachine Systems: A Step-by-Step Guide. Reference frame transformation.
Small-Signal Stability of Multimachine Systems: A Step-by-Step Guide. Generator represented by the classical model.
Small-Signal Stability of Multimachine Systems: A Step-by-Step Guide. Representation of static loads.
Small-Signal Stability of Multimachine Systems: A Step-by-Step Guide. Integrating Individual Dynamic Models into a Global Model.
Openmod : Introducing our research project!
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