Capa do livro de Enhancement of Power System Stability by Using DFIG Based Wind Farm
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Enhancement of Power System Stability by Using DFIG Based Wind Farm

A Modeling and Control Strategy

LAP LAMBERT Academic Publishing (2014-10-15 )

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Due to random variations of wind speed, output power of a wind turbine generator fluctuates continuously. The power and voltage quality of a wind power system consisting of Induction Generator (IG) based wind turbine (IGWT), IGWT with voltage control device and Doubly Fed Induction Generator (DFIG) based wind turbine (DFIGWT) are presented in this work. Blade pitch angle control to limit the output power at turbine’s nominal power is also presented. It is reported that the DFIG-based wind turbine system can smooth the output power and also maintain the terminal voltage at a desired level, as DFIG with two back-to-back voltage source converters that use IGBTs and a capacitor acts as the DC voltage source has real and reactive power control abilities. The comparative results show that DFIGWT-based wind farm (DFIG_WF) has the best response, IGWT-based wind farm (IGWF) with voltage control device has better and IGWF has the worst response. Results indicate that the fluctuation of output power at higher rated rotor speed (near turbine’s base wind speed) and terminal voltage are almost nil for DFIG_WF. All the analysis were carried out using SimPowerSystem tool box in MATLAB.
LAP LAMBERT Academic Publishing
Por (autor):
Md. Rashidul Islam, Md. Rafiqul Islam Sheikh
Número de páginas:
Publicado em:
Aquecimento, - tecnologia de energia e estação de energia
61.90 €
Palavras chave:
Doubly Fed Induction Generator, pitch angle control, Reactive Power, induction generator

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