Flexible and efficient integration of CO2 generation technologies

L. Rouco A. García-Cerrada J. Zamora J. García-Aguilar L. Sigrist

January 2021 - December 2023

Funding entity Siemens Gamesa Renewable Energy Innovation & Technology S.L

Participated by Universidad de Alcalá, Instituto IMDEA Energía, Siemens Gamesa

This project will develop "fundamental models" for the design and analysis of wind-based generation technologies. Fundamental models are those derived from more detailed models that capture the most relevant dynamics of systems to be studied so that they can be included in the study of broader systems. These fundamental models will have various degrees of detail according to the purpose they will be intended for.

Layman's summary: This project will develop "fundamental models" for the design and analysis of wind-based generation technologies.

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
• Power electronics

FLEXENER

Technical reports:
F. Martín, M. Rivier, T. Freire-Barceló, Solar and wind production profiles and 2030 disaggregated electricity demand profiles to feed the SPLODER generation expansion planning model. Project: FLEXENER. Funded by Siemens Gamesa Renewable Energy Innovation & Technology S.L. .