Modelos Matemáticos de la Máquina Sincrónica - Implementación Digital para uso en Herramientas Computacionales : Implementación Digital Modelos Matemáticos de Máquina Sincrónica: IEEE ID 2.2 e IEEE ID 0.0

Abstract

The present Curricular Integration Work is based on the implementation of mathematical models of IEEE synchronous machine in a Generator - Infinite Bus test system using computational tools, with a particular emphasis on the IEEE models ID 2.2 and ID 0.0. For each model, its dynamic behavior is analyzed, considering the effects of magnetic saturation based on the corresponding matrix mathematical model implemented in software. In this case, simulation requirements are examined, such as the definition of initial conditions, the computation of saturation, and time managment. This Curricular Integration Work presents a programming methodology for each model using the MATLAB/Simulink program to obtain a graphical visualization in the construction of a coputational tool. To valdiate the functionality of the models implemented in software, a comparison is made with results obtained in DIgSILENT PowerFactory using machine data from this program. The main outcome of this work is computational tool in the Python programming language for each model, in which operational states of the test system are simulated under disturbance events. The results obtained with these tools are compared with those from MATLAB/Simulink, as well as with those of other models implemented in the Curricular Integration Work Project, to draw conclusions and recommendations.