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Research Article
Performance Analysis of DFIG Renewable energy System Using PI Controller
Prakash Venugopal1
Vigneswaran T2
12Department of EEE,GMR Institute of Technology, Andhra Pradesh, India
Published Online: September-October 2022
Pages: 04-07
Cite this article
No DOIReferences
1. J. J. Justo, “Doubly-fed induction generator based wind turbines:Acomprehensivereviewoffaultride-
throughstrategies”renewablesustainableenergyreviews,Vol.45,2015,pp:447-467.
2. M. Pichan, “Two fuzzy-based direct power control strategies
fordoublyfedinductiongeneratorsinwindenergyconversionsystems”Energy, Vol.51,2013,pp.154-162.
3. H.T.Jadhav,“Acomprehensivereviewonthegridintegrationofdoublyfedinductiongenerator”,InternationalJournalofElectricalPower
&EnergySystems,Volume49,2013,pp.8-18.
4. C. Eisenhut, “wind turbine model for system simulations nearcut-in wind speed”, IEEE Transaction on Energy Conversion,vol.
22,no.2, 2007,pp.414-420.
5. N.Abu-Tabak, „Stabilitydynamics of electrical multi machinesystemsimulation”, APh.dthesis2008.
6. H. Zhou, “Control of a hybrid high voltage DC connection forlarge doubly fed induction generator based wind farms”,
IETRenew.PowerGener., Vol.5, No.1,2011,pp.36-47.
7. Lok-Fu Pak , “Realtime simulation of a wind energy systembased on the double fed induction generator,” IEEE
TransactiononPowerSystem, Vol.24, No.3,2009, pp.1304-1309.
8. YikChoon,“Nonlineardualmodecontrolofvariablespeedwindturbines with doubly fed induction generators,” IEEE Trans.
onControlSystems Tech., 2010,pp.1-13.
9. AbdelkarimChemidi,“StabilityAnalysisforaPIControllerofaDFIGWindPowerSystemWhentheParameterareUncertainties”,2thInternatio
nalconferenceonelectronics,electricaland Automatic, ENP, Oran,Algeria, 2013.
throughstrategies”renewablesustainableenergyreviews,Vol.45,2015,pp:447-467.
2. M. Pichan, “Two fuzzy-based direct power control strategies
fordoublyfedinductiongeneratorsinwindenergyconversionsystems”Energy, Vol.51,2013,pp.154-162.
3. H.T.Jadhav,“Acomprehensivereviewonthegridintegrationofdoublyfedinductiongenerator”,InternationalJournalofElectricalPower
&EnergySystems,Volume49,2013,pp.8-18.
4. C. Eisenhut, “wind turbine model for system simulations nearcut-in wind speed”, IEEE Transaction on Energy Conversion,vol.
22,no.2, 2007,pp.414-420.
5. N.Abu-Tabak, „Stabilitydynamics of electrical multi machinesystemsimulation”, APh.dthesis2008.
6. H. Zhou, “Control of a hybrid high voltage DC connection forlarge doubly fed induction generator based wind farms”,
IETRenew.PowerGener., Vol.5, No.1,2011,pp.36-47.
7. Lok-Fu Pak , “Realtime simulation of a wind energy systembased on the double fed induction generator,” IEEE
TransactiononPowerSystem, Vol.24, No.3,2009, pp.1304-1309.
8. YikChoon,“Nonlineardualmodecontrolofvariablespeedwindturbines with doubly fed induction generators,” IEEE Trans.
onControlSystems Tech., 2010,pp.1-13.
9. AbdelkarimChemidi,“StabilityAnalysisforaPIControllerofaDFIGWindPowerSystemWhentheParameterareUncertainties”,2thInternatio
nalconferenceonelectronics,electricaland Automatic, ENP, Oran,Algeria, 2013.
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