Design of protection settings and damping of low-frequency oscillations in power systems with high penetration of non-synchronous generation

L. Sigrist A. Muñoz L. Rouco J. Portela M.A. Sanz-Bobi M.A. Durán Olivencia C. Paolis Robles

December 2020 - December 2021

Funding entity Gas y Electricidad Generación, S.A

Scenarios of high penetration of RES involve a high penetration of non-synchronous, inverter-based generation. On the one hand, inverter response during faults es different from the response of synchronous generation. On the other hand, high penetration of RES affects the dispatch of conventional synchronous generators that are in charge today of damping low-frequency oscillations. RES generator could also contribute to the damping of low-frequency oscillations. The objective of this project is two-fold: design of protection settings by using machine learning techniques and tuning of PSS to damp low-frequency oscillations in a inverter-dominated power system.

Research topics:
• Stability: Large disturbance stability, tuning of frequency loadshedding schemes, excitation control, small disturbance stability, tuning of power system stabilizers, identification of AVR and governor models
• Advance data analytics in distribution networks
• Data analytics

EndesaMachineLearningEstabilidad2020