IMPROVING THE PERFORMANCE OF WIND TURBINE EQUIPPED WITH DFIG USING STATCOM BASED ON INPUT-OUTPUT FEEDBACK LINEARIZATION CONTROLLER

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SHAHGHOLIAN GHAZANFAR; IZADPANAHI NOUSHAZ

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Journal Paper

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Journal: ENERGY EQUIPMENT AND SYSTEMS Year:2016 | Volume:4 | Issue:1 Page(s): 65-79

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Title

IMPROVING THE PERFORMANCE OF WIND TURBINE EQUIPPED WITH DFIG USING STATCOM BASED ON INPUT-OUTPUT FEEDBACK LINEARIZATION CONTROLLER

Author(s)

SHAHGHOLIAN GHAZANFAR | IZADPANAHI NOUSHAZ | Issue Writer Certificate

Keywords

DOUBLY FED INDUCTION GENERATOR

STATIC SYNCHRONOUS COMPENSATOR

TRANSITION STATE

WIND FARM

INPUT-OUTPUT FEEDBACK LINEARIZATION CONTROLLER

Abstract

Using the FACTS controllers, such as STATIC SYNCHRONOUS COMPENSATOR (STATCOM), as it provides continuous reactive power, in the grid including wind turbine (WT) equipped with DOUBLY FED INDUCTION GENERATOR, for improving voltage profile (under normal circumstances) and providing a transition ability from inductor generator TRANSITION STATE has been proposed. In this paper, in order to control the controllers and explained goals, nonlinear controller, as a substitute for the traditional controller, is presented. Replacing STATCOM controller in WIND FARM, which is equipped with DOUBLY FED INDUCTION GENERATOR (DFIG) using INPUT-OUTPUT FEEDBACK LINEARIZATION CONTROLLER, the needed reactive power in order to stable WIND FARM equipped with DFIG is considered when error is occurred. The proposed control method has been simulated for IEEE-9 Bus, bus No 5, and the achievability to the desired targets in STATCOM efficiency for its reactive power has been investigated. The reasons of using these controllers in bus 5 are voltage dropping and reducing reactive power in this bus. It can be seen by compensating for voltage and reactive power in this bus that these two parameters have improved in other buses. The results show that with the proposed controller, STATCOM has done its duty well and the network bus voltage and reactive power to sustain the WIND FARM equipped with DFIG in transient mode is provided.

Cites

DESIGN AND ANALYSIS OF A NOVEL ROBUST AND FAST SLIDING-MODE CONTROL WITH MULTI-SLOPE SLIDING SURFACE FOR SINGLE-PHASE THREE LEVEL NPC INVERTERS UNDER DIFFERENT LOADS AND REDUCE THE OUTPUT THD

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APA: Copy

SHAHGHOLIAN, GHAZANFAR, & IZADPANAHI, NOUSHAZ. (2016). IMPROVING THE PERFORMANCE OF WIND TURBINE EQUIPPED WITH DFIG USING STATCOM BASED ON INPUT-OUTPUT FEEDBACK LINEARIZATION CONTROLLER. ENERGY EQUIPMENT AND SYSTEMS, 4(1), 65-79. SID. https://sid.ir/paper/348388/en

Vancouver: Copy

SHAHGHOLIAN GHAZANFAR, IZADPANAHI NOUSHAZ. IMPROVING THE PERFORMANCE OF WIND TURBINE EQUIPPED WITH DFIG USING STATCOM BASED ON INPUT-OUTPUT FEEDBACK LINEARIZATION CONTROLLER. ENERGY EQUIPMENT AND SYSTEMS[Internet]. 2016;4(1):65-79. Available from: https://sid.ir/paper/348388/en

IEEE: Copy

GHAZANFAR SHAHGHOLIAN, and NOUSHAZ IZADPANAHI, “IMPROVING THE PERFORMANCE OF WIND TURBINE EQUIPPED WITH DFIG USING STATCOM BASED ON INPUT-OUTPUT FEEDBACK LINEARIZATION CONTROLLER,” ENERGY EQUIPMENT AND SYSTEMS, vol. 4, no. 1, pp. 65–79, 2016, [Online]. Available: https://sid.ir/paper/348388/en

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