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Master's Dissertation
DOI
10.11606/D.18.2011.tde-08082011-164853
Document
Author
Full name
Eduardo Sylvestre Lopes de Oliveira
Institute/School/College
Knowledge Area
Date of Defense
Published
São Carlos, 2011
Supervisor
Committee
Aguiar, Manoel Luis de (President)
Monteiro, José Roberto Boffino de Almeida
Silveira, Augusto Fleury Veloso da
Title in Portuguese
Projeto, construção, simulação, implementação e testes de um gerador a relutância chaveada monofásico
Keywords in Portuguese
Geração de energia não convencional
Gerador a relutância chaveado monofásico
Modelagem de máquina elétrica
Simulação de máquina elétrica
Abstract in Portuguese
O objetivo do trabalho é apresentar o funcionamento de um gerador a relutância chaveado monofásico. Para isso, foi desenvolvido um modelo computacional em ambiente Matlab Simulink, fazendo-se a comunicação entre diferentes partes do sistema. O comportamento da dinâmica de geração é apresentado para diferentes pontos do sistema, e testes experimentais realizados em um pequeno protótipo confirmam as características funcionais desta máquina. Ensaios realizados comprovam sua funcionalidade e simplicidade de operação, tendo estabilidade de geração para ampla faixa de velocidade de funcionamento, caracterizando uma máquina promissora, robusta e eficiente para aplicações especiais.
Title in English
Design, construction, simulation, implementation and testing of a single-phase switched reluctance generator
Keywords in English
Electric machine design
Electric machine simulation
Non-conventional energy generation
Single-phase reluctance generator
Abstract in English
This work presents a single-phase switched reluctance machine operating as a generator. For that purpose, a computational model was developed in Matlab Simulink environment, wherein all the system components, such as voltage source, drive and machine model, and load were integrated. The current and voltage behavior for several points of operations are presented. Furthermore, experimental tests were also carried out in a simple prototype to validate its functionality and simplicity of operation, providing a stable power generation over a wide range of speed. The results showed that the single-phase switched reluctance generator can be robust, efficient, and promising for especial applications.
 
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Eduardo.pdf (2.65 Mbytes)
Publishing Date
2011-08-11
 
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