INGAR   05399
INSTITUTO DE DESARROLLO Y DISEÑO
Unidad Ejecutora - UE
congresos y reuniones científicas
Título:
A REFLEX Algebraic Reserve Constraint Model
Autor/es:
H. CHAVEZ; ALVAREZ, GONZALO E.; A. LISMAYES; R. ABARCA; CLAUDIA CARO-RUIZ
Lugar:
Montevideo
Reunión:
Congreso; 2020 IEEE PES Transmission & Distribution Conference and Exhibition - Latin America (T&D LA); 2020
Institución organizadora:
IEEE - IEEE Uruguay - IEEE Power & Energy Society
Resumen:
The Renewable Energy FLEXibility model (REFLEX) is a planning model that assesses the impact of renewable integration on power balance flexibility. As the model has been implemented in various commercial software, it is currently a known framework to evaluate planning scenarios of renewableintegration. In order for the model to represent flexibility related to intra-dispatch system balance, an iterative process has to be performed to evaluate the adequacy of reserve coordination for all commitment decisions through dynamic simulations. This process is computationally intense, and must be performed each time the system changes. This work proposes a general modelto represent intra-dispatch reserve adequacy algebraically, so the iterative process is avoided. A numerical example is provided.