Padrões de Projeto Criacionais Aplicados no Desenvolvimento de Software para Simulação Dinâmica de Sistemas Elétricos de Potência (Creational Object-Oriented Design Pattern Applied to the Development of Software Tools for Electric Power Systems Dynamic Simulations)

Ítalo Flexa Di Paolo (flexa@exodus.eti.br)1, Thiago Damasceno Cordeiro (thiago237@gmail.com)1, José Adolfo da Silva Sena (jose.sena@eletronorte.gov.br)2, Maria da Conceição Peraira Fonseca (mconcei@yahoo.com.br)1, Walter Barra (walbarra@ufpa.br)1, José Augusto Lima Barreiros (barreiro@ufpa.br)1, Orlando Fonseca Silva (orfosi@ufpa.br)1


1Universidade Federal do Pará
2Centrais Elétricas do Norte do Brasil S. A.

This paper appears in: Revista IEEE América Latina

Publication Date: June 2010
Volume: 8,   Issue: 3 
ISSN: 1548-0992


Abstract:
The development of software for dynamic simulation of electrical power systems requires a comprehensive range of complex studies, which encompasses many areas of electrical engineering as well as software engineering. This study aims at to develop an efficient strategy applied to the development of software tools for dynamic power systems simulations studies. The proposed strategy is based on the object-oriented creational pattern. This approach has the advantage of makes easy the application development process, by performing a mapping between block diagram model representation and the corresponding specialized classes. Firstly, a conceptual mapping between block diagram and the object-oriented paradigm, based on the Factory Method, is carried out. After that, some flexible strategies are presented in order to obtain an improved efficiency for the numerical routines, based on the Builder standard. This allows for the parameterization of the selected numerical integration techniques. The proposed strategy was evaluated by using a 4-generator multi-machine power system. The simulation results shown that the proposed strategy was able to provides a good power system dynamic performance.

Index Terms:
design patterns, factory method, mapping, builder, object-oriented, dynamic simulation, numerical routines, power systems.   


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