TitleOptimal robust stabilizer design based on UPFC for interconnected power systems considering time delay
Journal titleArchives of Electrical Engineering
IssueNo 3 September
Divisions of PASNauki Techniczne
PublisherPolish Academy of Sciences
IdentifierDOI: 10.1515/aee-2017-0034 ; ISSN: 1427-4221 ; eISSN: 2300-2506
SourceArchives of Electrical Engineering; 2017; vol. 66; No 3 September
ReferencesHeniche (2002), Control loops selection to damp inter area oscillations of electrical networks Transaction on Power vol no pp, IEEE Systems, 26, 378. ; Ghahinet (1995), Control User Guide, null, 27. ; Dong (2002), new control strategy for the unified power flow controller Proceedings of Meeting, IEEE, 17, 562. ; MATLAB (2008), toolbox, null, 21. ; Pal (2002), Robust damping of inter area oscillations with unified power flow controller Transmission and Distribution vol no pp, Proceedings Generation, 149. ; Hemmati (2016), Optimal adaptive controller based on STATCOM of Technology vol no pp, Journal Electrical Engineering, 11, 1057. ; Khan (2006), Hybrid GA neuro - fuzzy damping control system for UPFC for computation and mathematics in electrical and electronic engineering vol no pp, COMPEL The international journal, 25, 841. ; Kundur (1994), System Stability Control New York, Power, 1. ; Marjanain (2013), Designing of a TEF - based neuro - fuzzy controller for IPFC to improve the transient stability International Transactions on Electrical Energy Systems vol no pp, null, 818. ; Boyd (1994), Linear in System and Control Theory Philadelphia, Matrix Inequalities SIAM, 20. ; Xu (2007), On equivalence and efficiency of certain stability criteria for time - delay systems IEEE Transaction on Automatic Control vol no pp, null, 23, 52. ; Wu (2004), Evaluation of time delay effects to wide area power system stabilizer design Transaction on Power vol no pp, IEEE Systems, 16, 1935. ; Ma (2000), robust UPFC damping control scheme using PI and ANN based adaptive controllers for computation and mathematics in electrical and electronic engineering vol no pp, COMPEL The international journal, 19, 878. ; Yao (2011), - dependent stability analysis of the power system with a wide - area damping controller embedded on vol no pp, IEEE Transactions Power Systems, 22, 26. ; Zhang (2008), Design of wide - area damping controllers for inter area oscillations on vol no pp, IEEE Transactions Power Systems, 14, 1136. ; Hingorani (2000), Understanding FACTS Concepts and Technology of Flexible AC Transmission Systems New York, IEEE. ; Zhang (2013), - dependent robust load frequency control for time delay power systems on vol no pp, IEEE Transactions Power Systems, 15, 2192. ; IGMC (2012), planning group planning study in IRAN national power grid in, null, 28. ; Wu (2004), Delay - dependent criteria for robust stability to time - varying delay systems vol no pp, Automatica, 24, 1435. ; Gahinet (1994), linear matrix inequality approach to control of Robust Nonlinear Control vol no pp, International Journal, 19, 421. ; Jiang (2012), - dependent stability for load frequency control with constant and time - varying delays on vol no pp, IEEE Transactions Power Systems, 25, 932. ; Thukaram (2005), Improvement of system security with unified power flow controller at suitable locations under network contingencies of interconnected systems Transmission and Distribution vol no pp, Proceedings Generation, 29, 151. ; Majumder (2005), LMI approach to normalized loop - shaping design of power system damping controllers Transmission and Distribution vol no pp, Proceedings Generation, 11, 152. ; Scherer (1997), Multi objective output feedback control via LMI optimization IEEE Transactions on Automation Control vol no pp, null, 12, 896. ; Farsangi (2003), Multi - objective design of damping controllers of FACTS devices via mixed with regional pole placement of Electrical Systems no pp, International Journal Power Energy, 13, 339. ; Zhou (1995), Robust Optimal New Jersey, Control, 18. ; Padiyar (2005), Coordinated design and performance evaluation of UPFC supplementary modulation controllers of Electrical Systems vol no pp, International Journal Power Energy, 27, 101.
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