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2013 (Vol. 5, Issue: 12)
Article Information:

Improving Nonlinear Coordinated Control of Non-ideal STATCOM and Excitation of Salient-pole Generator

Xia Zhu and Jie Wang
Corresponding Author:  Xia Zhu 

Key words:  Algebraic constraint equations, coordinated control, nonlinear systems, salient-pole generators, STATCOM, ,
Vol. 5 , (12): 3407-3416
Submitted Accepted Published
October 03, 2012 November 15, 2012 April 10, 2013

The complexity of controlling is analyzed when the phase difference of voltage and current at the access point of STATCOM is in arbitrary angle β which is not in the ideal state of 90 for the coordinated control of detailed model of the salient -pole generators and STATCOM that is one of the core devices of the FACTS. The characteristics of single machine infinite-bus system including STATCOM are analyzed by establishing the nonlinear system model with algebraic constraint equations of one salient-pole generator and STATCOM and the detail control method of the excitation and STATCOM devices is designed by adopting geometric feedback linearization theory combined with classical linear quadratic optimal control. The method of design in this study expands the applied range of geometric linearization theory used in differential-algebraic systems and makes the coordinated control of excitation and STATCOM more feasible for practical engineering applications, which makes up for the insignificancy of the coordinated control research of salient-pole generator excitation and STATCOM.
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  Cite this Reference:
Xia Zhu and Jie Wang, 2013. Improving Nonlinear Coordinated Control of Non-ideal STATCOM and Excitation of Salient-pole Generator.  Research Journal of Applied Sciences, Engineering and Technology, 5(12): 3407-3416.
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ISSN (Online):  2040-7467
ISSN (Print):   2040-7459
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