Modelos Matemáticos de la Máquina Sincrónica – Implementación Digital para uso en Herramientas Computaciónales : Implementación Digital de Modelos Matemáticos de Máquina Sincrónica: IEEE ID 1.1 e IEEE ID 1.1

Abstract

This curricular integration work begins with a theoretical support phase, focused on the mathematical modeling of the synchronous machine, this stage is supported by an exhaustive literature review, highlighting the relevant information for the theoretical formulation and the specific mathematical modeling of the component in question. Afterwards, it is proceeded to the practical implementation of the mathematical models using the software MATLAB/Simulink. The implementation is carried out considering the theoretical framework outlined in the first chapter, and block diagram programming is used as the implementation approach. During this phase, special attention is paid to several critical considerations, such as initialization and power flow, thus ensuring an accurate and consistent implementation. Simulations in MATLAB/Simulink, allow a thorough comparison of the responses obtained with a reference software, in this case PowerFactory. This step is essential to validate the correct implementation of the models, evaluating the consistency and accuracy of the responses against a recognized standard. Finally, the models are implemented in Python programming language. This process includes a comparison of the answers that were obtained in Python with those in MATLAB, as well as a wider evaluation by comparing them with the results of the models that corresponds to the other components of the curriculum integration work project. This global approach not only confirms the consistency between the implementations, but also provides a broader perspective on the validity and performance of the proposed models in various programming contexts.