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Master's Dissertation
DOI
https://doi.org/10.11606/D.3.2010.tde-30112011-164634
Document
Author
Full name
Daniel Ribeiro Gomes
E-mail
Institute/School/College
Knowledge Area
Date of Defense
Published
São Paulo, 2010
Supervisor
Committee
Chabu, Ivan Eduardo (President)
Kaiser, Walter
Ruppert Filho, Ernesto
Title in Portuguese
Estudos de solicitações elétricas em pontes retificadoras rotativas para excitatrizes 'brushless'.
Keywords in Portuguese
Excitatriz brushless
Ponte retificadora rotativa
Abstract in Portuguese
O presente trabalho visa estabelecer uma metodologia alternativa para o levantamento dos principais transitórios elétricos sofridos por excitatrizes brushless, decorrentes de transitórios ocorridos na armadura do gerador principal. O método consiste no cálculo, a partir de dados de projeto, dos parâmetros que compõem os circuitos equivalentes do gerador principal e da excitatriz, seguido de simulações, em ambiente PSIM®, dos piores casos de transitórios de tensão e corrente sofridos pela armadura do gerador principal, como curtos-circuitos monofásicos, bifásicos e trifásicos, operação assíncrona do gerador principal e sincronização com defasagem entre as tensões do gerador e da rede. Em cada caso, monitoram-se as tensões e correntes resultantes nos diodos da ponte retificadora rotativa. Resultados simulados e experimentais são comparados.
Title in English
Studies on electrical stresses in rotating rectifier bridges for brushless exciters.
Keywords in English
Brushless exciter
Rotating rectifier bridge
Abstract in English
This study aims to establish an alternative methodology for determining the main transients on brushless exciters due to transients in the main generator armature. The method consists in calculating, from design data, the parameters of the equivalent circuits of the main generator and the exciter, followed by simulations, with the software PSIM®, of the worst voltage and current transient cases in the main generator armature, like single-phase, dual-phase and three-phase short circuits, asynchronous running of the main generator and out of phase synchronization. In each case the currents and voltages of the rotative bridge diodes were monitored. Simulation and experimental results are compared.
 
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Publishing Date
2011-12-07
 
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