📚 Volume 30, Issue 6
📋 ID: eVAYh1x
Authors
Yang Ramírez
, Pierre Martínez, Ming Weber, David Karlsson
Department of Electrical Engineering, Universidad Nacional Autónoma de México, Mexico City, Mexico
Keywords
Fuzzy Logic
STATCOM
Voltage Control
Power Systems
Reactive Power
Control Systems
Abstract
In this paper a new model for a wind generation system is introduced which includes induction machine, static synchronous compensator, excitation and load capacitors. Moreover, a new method is proposed for voltage control of a grid-connected squirrel cage induction generator. Unfortunately, induction generators require a flexible reactive power source beside them since under variable load conditions the output voltage cannot remain constant autonomously. In this paper, a compensator is used to control the reactive power and stabilize voltage fluctuations during a three-phase fault and generator isolation. Furthermore, a fuzzy controller is developed to ameliorate compensator\'s performance. Accordingly, simulations are carried out in MATLAB/Simulink environment to confirm the abilities of new control scheme.
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📝 How to Cite
Yang Ramírez , Pierre Martínez, Ming Weber, David Karlsson (2023).
"Fuzzy Logic Improved Static Synchronous Compensator to Control Voltage of a Grid-connected Squirrel Cage Induction Generator".
Wulfenia, 30(6).
