Transient Stability Analysis in Wind Diesel Hybrid System with Fuzzy-PI Based FACTS Controllers


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Abstract


The paper presents a comparison study of Transient Stability and Reactive Power Compensation Issues in a Wind Diesel Hybrid System with different FACTS Controllers .A Small signal model of the Hybrid System is taken with the use of Fuzzy Logic based PI Controller to compensate the Reactive power generated in an Isolated Wind Diesel hybrid system. Detailed analysis of the system is undertaken with varying loading conditions. Linearised small signal models of SVC, STATCOM and UPFC are taken to study the transient stability analysis of the proposed system with IEEE type 1 Excitation System. A Self tuned Fuzzy PI Controller is implemented to tune the parameters of KP and Ki of the Hybrid System which undergoes through Voltage Instability due to sudden change in load. Simulation result shows that the proposed controller attains steady state value with less time.
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Keywords


Hybrid System; Small Signal Analysis; Fuzzy-PI Controller; SVC; STATCOM; UPFC; Reactive Power

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References


R.Hunter and G.Elliot,“Wind Diesel Systems”, Cambridge University Press, Cambridge.

J.Kaldellis et al,“Autonomous energy system for remote island based on renewable energy sources”,in Proceeding of EWEC 99,Nice.

T K Saha, D Kasta“Design optimisation & Dynamic performance analysis of Electrical Power Generation System” IEEE Transaction on Energy Conversion Device, 2010.

T.Fukami, K.Nakagawa,Y Kanamaru and T Miyamoto “Performance analysis of permanent magnet Induction generator under unbalanced grid voltages”, Translated from Denki Gakki Ronbunsi, vol.126 , no 2,2006 , pp. 1126-1133

AK Tondon, SS Murthy, GJ Berg, “ Steady state analysis of capacitors Excited Induction Generators”, IEEE Transaction on Power Apparatus & Systems,March 1984.

JF.H.Douglas “ Characteristics of Induction Motors with Permanent magnet excitation ,”TransAIEE(PAS) , Vol.178 , 1959 , pp.221-225

RCBansal,“Three phase self Excited Induction Generators, an over view”,IEEE Transaction on Energy Conversion ,2005.

SS Murthy, OP Malik and AK Tondon, “Analysis of Self Excited Induction Generator” IEE Proceeding, vol 129, Nov 1982.

NGHingorani,LGyugyi,“UnderstandingFACTS,Concepts and Technology of Flexible AC Transmission System”,NewYork,IEEEPowerEngineering Society,2000.

KRPadiyar,“FACTS Controllering in Power Transmission system and Distribution”,NewAge International Publishers , 2008 .

AE Hammad and M El Sadek“Application of Thyristor Controlled Var Compensator for damping Sub Synchronous oscillation in Power System”IEEE Transaction Power App System, an 1984.

R C Bansal“Automatic Reactive Power Control of Autonomous Hybrid Power System “PhD Thesis, Centre for Energy Studies, IIT Delhi December 2002.

P Rao, M.L.Crow, “STACOM Control for power application “inProc. North American Power Symposium (NAPS), 1997, PP. 172-178.

B.Koudri and Y.Tahir,“Power flow and transient stability Modelling of a 12 pulse STATCOM,”Journal of Cybermatics and Informatics,Vol 7,2008,pp.9-25.

RC Bansal, TS Bhatti, V Kumar,“ Reactive Power Control of Autonomous Wind Diesel hybrid Power System using ANN”, Proceeding of the IEEE Power Engineering Conference(2007).

K R Padiyar, RK Verma,“Damping Torque Analysis of Static VAR System controller”,IEEE Transaction of Power System,vol 6.No2, PP458-465,May 1991.

E.Uzunovic, C.A.Canizares and J.Reeve “EMTP Studies of UPFC Power Oscillation Damping,”Proc. NAPS,San Luis Obispo,California,October 1999,pp.405-410

Y.H.Songand A.T.Johns,“ Flexible A.C. Transmission Systems (FACTS) ”, IEE Power and Energy Series 30 , London , UK : Inst . Elect .Eng .1998.

B.Kouadri, Y.Tahir,“Power flow and transient stability modeling of 12-Pulse statcom,” J.Cybem.Inform . vol7,pp 9-25, 2008 .

A.Yazdani, H.Sepahyand, M.L.Crow, Ferdowsi“ Fault detection and mitigation in Multi Level ConverterSTATCOM”Electron,vol.58.no4.pp.1307-1315,Apr.2011.

SE Haque, NH Malick and W Sephard “Operation of a Fixed Capacitor Thyristor Controlled Reactor Power Factor Compensator”, IEEE Transaction of Power Apparatus and System, july1985

A Abderrahamani ,A Chaker and A Loufi, “ Fuzzy Logic Controller for STATCOM”,IREE,Vol7.Dec2012

E.Uzunovic,C.A.Canizares and J.Reeve,“Transient Stability Model of Unified Power Flow Controllers and Comparisions,”IEEE Transaction .Power Delivery, November 1999

K.Schoder,A.hasanovic and A.Feliachi,“Enhancing transient stability using Fuzzy Control scheme for the Unified Power Flow Controller(UPFC)within the power system tool box(PST),”In proc.Midwest Symp.Circuits Systems,Vol 3,Lansing,Aug 2000, pp. 1382-1385


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