Utilização de OPENGL e linguagem orientada a objetos para o desenvolvimento de um pacote gráfico para análise de redes elétricas

Abstract

This work proposes the development of a graphic package having mathematical models of electrical networks as well as graphical interface models to analyze the Electrical Power Systems (EPS) in steady state. The first part of this work comprises the development and implementation of a computer program to calculate the Three-Phase Power Flow in Polar coordinates, using object-oriented language. The second part is dedicated to the development of models for the graphical interface to represent the EPS. These models were implemented using OpenGL library, which is a robust graphical tool that provides a great performance for this application. In the third part, both tools were added in a single computational platform, creating a graphic package to analyze electrical networks. The new application was modeled using object-oriented modeling (OOM) concepts and the computational implementations were made using the Microsoft Visual C++ 6.0. The results obtained show the advantages, robustness and modularity of the proposed application, allowing the creation of other applications over the base already developed.