Author/Authors
döşoğlu, m. kenan düzce üniversitesi - teknoloji fakültesi, Düzce, Turkey
Title Of Article
Investıgatıon Of Effects On DFIG Based Wınd Turbıne Of Composıte Load Modelıng
شماره ركورد
35903
Abstract
The effects of nonlinear load models on the system are an important issue in terms of power quality. In this study, the effect of nonlinear load models in the grid-connected Doubly Fed Induction Generator (DFIG) based wind turbine was investigated. Exponential, constant impedance, constant current, constant active power (ZIP) and induction motor are used as nonlinear load model. Composite load modeling is consist of exponential-ZIP-induction motor. Composite load modeling is turn on and turns off system within different times. Analysis and stability analysis of the composite load modeling were examined. This simulation study was carried out in MATLAB / SIMULINK environment. 34.5 kV bus voltage, DFIG terminal voltage, DFIG electrical torque, DFIG d-q axis stator current variations and DFIG d-q axis rotor current variations in composite load model analysis are examined. As a result of, it has been seen that composite load modeling which is activated as short time is effective on the power system.
From Page
1
NaturalLanguageKeyword
DFIG , Power quality , Composite load modeling
JournalTitle
Sdu International Technologic Science
To Page
12
JournalTitle
Sdu International Technologic Science
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