박사

비선형 모델예측제어를 이용한 풍력발전시스템 개별피치제어 설계 및 하중 저감에 관한 연구 = A Design of Individual Pitch Control for Wind Turbine Load Reduction using Nonlinear Model Predictive Control

전경언 2016년
논문상세정보
' 비선형 모델예측제어를 이용한 풍력발전시스템 개별피치제어 설계 및 하중 저감에 관한 연구 = A Design of Individual Pitch Control for Wind Turbine Load Reduction using Nonlinear Model Predictive Control' 의 주제별 논문영향력
논문영향력 선정 방법
논문영향력 요약
주제
  • Fatigue
  • Individual pitch control
  • LiDAR
  • Nonlinear model predictive control
  • Optimal control
  • d-qtransformation
  • load
  • wind-turbine
동일주제 총논문수 논문피인용 총횟수 주제별 논문영향력의 평균
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' 비선형 모델예측제어를 이용한 풍력발전시스템 개별피치제어 설계 및 하중 저감에 관한 연구 = A Design of Individual Pitch Control for Wind Turbine Load Reduction using Nonlinear Model Predictive Control' 의 참고문헌

  • 한전경제경영연구원
    “KEMRI전력경제 Review”,제9호 [2015]
  • 한국환경공단,“온실가스정보지 GHG World”
    겨울호 [2012]
  • 산업포커스,“세계 풍력설비산업의 최근 추이와 향후 전망”
    국가환경 산업기술정보 [2015]
  • 법무법인세종
    “신기후변화체제 파리협정(ParisAgreement)채택-국 내 산업에 미치는 영향 [2015]
  • “해상풍력로드맵,마침내 베일 벗다”
  • “해상풍력 바람이 분다...서남해안 행상풍력단지”
    에너지경제 [2015]
  • “피로해석”
    midarNFX,구조 해석 용어집,http://nfx.co.kr/tech – paper/keyword_view.asp?idx=327
  • “풍력발전현황 및 통계”
    한국풍력산업협회 [2015]
  • “풍력발전시설에서 발행하는 환경소음 및 저 주파음에 관한 연구”
    박영민 손진희 정태량 환경영향평가 제20권 제4호,pp.425∼434 [2011]
  • “침묵의 살인자,초미세먼지 (한국 석탄화력발전의 건강 양향과 정책의 현주소”
    Greenpeace [2015]
  • “중국,우리나라의 4배의 신규 해상풍력발전 추진”
    Ocean Insight 한국해양과학기술진흥원 [2014]
  • “원전재해로부터 사람들을 지키는 후쿠 시마의 10가지 교훈”
    후쿠시마 소책자 간행위원회 [2015]
  • “반복하중”
    http://daeun.re.kr/?PNO=129489813867518900
  • “기상청 ‘한반도 바람지도’첫 공개”
    이유종 DongA.com [2009]
  • “국내 해상풍력발전 현황 및 방향성 분석”
    이순진 풍력에너지저널 [2011]
  • “Wind turbine design”, http://www.learnengineering.org/2013/08/ Wind-Turbine-Design.html,LearnEngineering
  • “GlobalWindStatistics2015”,GlobalWindEnergyCouncil,2016
  • hu Zhou and Decheng Wan,“Numericalinvestigations on the aerodynamic performance ofwind turbine:Downwind versus upwind configuration”,JournalofMarinescienceapplication,Vol14,pp.61-68, 2015
  • Zoltan K.Nagy andFrank Allg wer,“NonlinearModelPredictive Control: From Chemical Industry to Microelectronics”, 43rd IEEE conferenceonDeceisionandControl,Dec.,2004
  • Zhang Yunqian,Chen Zhe,Cheng Ming and Zhang Jianzhong, “Mitigation of fatigue loads using individualpitch controlof wind turbines based on FAST”,In Proceedings of the 46th international universitypowerengineeringconference(UPEC),2011
  • Zaheer Dhoodhat, “Developing Insight into the Optimization Element in a Nonlinear Model Predictive Control Context”, WIReDSpace,Johannesburg,2014
  • Yolanda Vidal,Leonardo Acho,Ningsu Luo,Mauricio Zapateiro and Francesc Pozo,“Power controldesign for variable-speed wind turbines”,Energies,www.mdpi.com/journal/energies,Aug.,2012
  • Yilmaz,OnurCan,“The Optimization ofOffshore Wind Turbine Towers using Passive Tuned Mass Dampers”, University of Massachusetts,Masterstheses,2014
  • Trung-Ken Pahm,Yoonsu Nam,Hyungun Kim Jaehoon Son, “LQR controlfora Multi-MW wind turbine”,Internationaljournalof mechanical, Aerospace, Industrial, Mechatronic and Manufacturing Engineering,Vol.6,2012
  • Tore Bakka and Hamid Reza Karimi,“Multi-objective control design with pole placement constraints for wind turbine system”, Vibrationcontrol,InTech,2012
  • Thongam M.Ouhrouche,“MPPT controlmethodsin windenergy conversionsystem”,Funtermentaland advanced topics in wind power, InTech,Chapter.15,2011
  • Sylvia Broneske,“Wind turbine noise measurements-How are results influenced by differentmethods ofderiving wind speed?”,5th Internationalconferenceonwindturbinenoise,2013
  • Syed Hammad Zafar, “Modelling and control of large wind turbine”,Faculty ofHealth,ScienceandTechnology,Master’sprogram inElectricalEngineering,Oct.2013
  • Susmita Das. AyanChakraborty, Jayanta Kumar Ray, SoumyenduBhattacharjee, Dre. BiswarupNeogi, “Study on different tuning approach with incorporation of simulation aspect for Z-N(Ziegler-Nichols) rules”, international journal of Journal of ScientificandResearchPublications,Vol.2,Issue8,2012
  • SujiMuhammed,KrishnakumariV.,“Performance analysis ofa PMSG based windenergy conversion system”,Internationaljournalof engineeringresearchandtechnology,Vol.3,Aug.2014
  • Sidney E.Wilcox,“Comparing horizontaland verticalaxis wind turbinesindifferentwindconditions”,Californiastatesciencefair2013 projectsummary,2013
  • Sergey N.Udalov and Natalya V.zubova,“Simulation ofwind speed in the problems of wind power”,Journalof siberian fedral university.Engineeringandtechnologies,Vol.2,pp.150-165,2013
  • S.JoeQin,ThomasA.Badgwell,“A survey ofindustrialmodel predictive controltechnology”,ControlEngineering Practice,Vol.11, pp.733-764,2003
  • Rolf Findeisen,Frank Allg wer,“An Introduction to Nonlinear Model Predictive Control”, 21st Benelux Meeting on System and Control11.pp.119-141,2002
  • Rolf Findeisen, “Nonlinear Model Predictive Control: A Sampled-Data Feedback Perspective”, PhD thesis, University of Stuttgart,2004
  • R Findeisen,F Allgower,“An introduction to nonlinear model predictive control”,21st Benelux meeting on system and control11, pp.119-141,2002
  • Patrick Ragan andLanceManuel,“Comparing EstimatesofWind Turbine Fatigue Loads using Time-Domain and Spectral method”, Windengineering,Vol.31,No.2,2007
  • Okulov Valery, “The betz-joukowsky limit for the miximum powercoefficieintofwind turbines”,Internationalscientificjournalfor alternativeenergyandecology(9),pp.106-111,2009
  • N.Bunlung,S.Sirisumrannukuland S.Chatratana,”Development of a Wind Turbine simulator for Wind Generator Testing“, InternationalEnergyJournal,Vol.8,pp.21-28,2007
  • Morten H.Hansen,Anca Hansen,Torben J.Larsen,Stig Oye, Poul Sorensen and Peter Fuglsang, “Control design for an pitch-regulated,variablespeedwindturbine”,RisonationalLaboratory, Riso-R-1500(EN),2005
  • MoritzDiehl,HansGeorg Bock,Holgerdiedam and Pierre-Brice Wieber,“FastDirectMultiple Shooting Algorithm forOptimalRobot Control”,In:Fast Motions in Biomechanics and Robotics,pp.65-94, Springer,2005
  • Mohit Singh,“ Dynamic models for wind turbine sand wind powerplants”,NREL,Subcontractreport,NREL/SR-5500-52780,Oct. 2011
  • MichaelA.Henson,“Nonlinearmodelpredictive control:current status and future directions”,Computers and ChemicalEngineering, Vol.23,pp.187-202,1998
  • Mahmoud Huleihiland Gedalya Mozor,“Wind turbine power:the betzlimitandbeyond”,InAdvancesinWind power,Intech,2012
  • MagdiRgheb and Adam M.ragheb,“Wind turbines theory-The betzequationandoptimalrotortipspeedratio”,InTechOpen,2011
  • M.Ragheb,“Wind shear,roughness classes and turbine energy production”,Validationofwindturbinewakemodels.Masterofscience thesis,2012
  • M.Buhl,Jr.,“MCrunch Theory ManualforVersion 1.00”,NREL, TechnicalReport,March,2009
  • Lu Q.,Bowyer R.and Jones B.L.,“Analysis and design of coleman transform-based individualpitch controllers forwind-turbine loadreduction”,WindEnergy,18(8),pp.1481-1468,2015
  • Lata Gidwani,“A comparativepowerquality study ofDFIG and PMSG based wind energy conversion system”,Wseastranscationson system andcontrol,Vol.10,2015
  • L.Mihet-pora,I.Boldea,“Controlstrategiesforlargewindturbine applications”,Journalofelectricalengineering,Vol.7,Edition3rd,Oct. Issue2007
  • KarlA.Stol,WenxinZhaoandAlanD.Wright,“Individualblade pitch controlfor the controls advanced research turbine(CART)”,J. Sol.EnergyEng.TransASME 2006,128,pp.498-505
  • JonkmanJ.,ButterfieldS.,MusialW.andScotterG,“Definitionof a 5-MW reference wind turbine for offshore system development”, NREL,Technicalreport,NREL/TP-500-38060,Feb.2009
  • JinSung Kim,JonghyunJeon,HoonHeo,“DesignofadaptivePID for pitch control of large wind turbine generator”, International conferenceofenvironmentandelectricalengineering,2011
  • Jasem Aburajabaltamimi,“DevelopmentofEfficientAlgorithm for ModelPredictiveControlofFastSystems”,Dissertation,2011
  • JacobBerg,AnandNatarajan,JakobMannandEdwardG.Patton, “Gaussian vsnon-Gaussianturbulence:impacton windturbineloads”, Windenergy,Researcharticle,2016
  • J.M.Jonkman,“Dynamics modeling and loads analysis of an offshorefloating windturbine”,NREL,Technicalreport,NREL/TP-500 –41958,Nov.2007
  • IssueReport,“년 세계 신재생에너지 산업 전망 및 이슈”
    해외 경제연구소,2016 [2016]
  • ICT 기획시리즈,“신재생에너지 국내외 시장동향 –풍력발전을 중심 으로-”
    정보통신기술진흥센터 [2014]
  • Hwas A.and R.Katebi,“wind turbine controlusing PIpitch anglecontroller”,IFAC conferenceonadvancesinPID control,2012
  • Hu Weihao,Su Chi,Chen Zhe,“Impactofwindshearandtower shadow effects on power system with large scale wind power penetration”,37th annualconference ofthe IEEE industrialelectronics society,pp878-883,2011
  • H.Sintra,V.M.F.Mendes,R.Melicio,“Modeling andsimulation ofwind shearand towershadow on wind turbine”,Instituto superior deengenhariadelisboa,ProcediaTechnology17,pp.471-477,2014
  • G.J.Hayman,“MLife Theory Manualfor Version 1.00”,NREL, TechnicalReport,Oct.2012
  • Frank Allg wer,RolfFindeisen and Zoltna K.Nagy,“Nonlinear ModelPredictiveControl:From Theory toApplication”,Journalofthe Chiness Institute ofChemicalEngineers,Vol.35,No.3,pp.299-315, 2004
  • F.A.Julia,“Wind poweremulatorforenergy storage”,Aalborg university,MasterThesisReport,2010
  • F. Dunne, E. Simley and L.Y. Pao, “LIDAR wind speed measurementanalysis and feed-forward blade pitch controlfor load mitigationinwindturbines”,NREL,Subcontractreport,Oct.2011
  • Engelen,van T.G.,Hoof,van derE.L.,“Individualpitch control inventory”,ECN-C-03-138,June,2005
  • ElifKaya,BurakBarutcu,Ş kran sibelmenteş,“A methodbased on the Van der Hoven spectrum for performance evaluation in prediction ofwind speed”,Turkish JournalofEarth Science,Vol.22, pp.681-689,2013
  • E.A.Bossanyi,“Individualpitchcontrolforloadreduction”,Wind Energy,Vol.6,2003,pp119-128
  • D.S.L dolan,P.W.Lehn,“Simulation modelofwind turbine 3p torque oscillations due to wind shear and tower shadow”, IIEE transactionsonEnergyC,Vol.21,Issue3.
  • Christian boller,Matthias Buderath,“Fatigue in aerostructureswhere structural health monitoring can contribute to a complex subject”,Mathematical,PhysicalandEngineeringSciences,Feb.2007
  • C.Gavriluta,S.Spataru,I.Mosincat,C.Citro,I.Candelaand P. Rodriguez,“Complete methodology on generating realistic wind speed profilesbasedonmeasurements”,Internationalconferenceonrenewable energiesandpowerquality,2012
  • BartHuyck,“ModelPredictive Controlin the ChemicalProcess IndustryhostedbyIndustrialControllers”,Doctor’sthesis,Sept.,2013
  • AllgowerF.,Findeisen r.,Nagy Z.K.,“Nonlinearmodelpredictive controlfrom theory toapplication”,Journalofthechineseinstituteof chemicalengineers35,pp.299-315,2004
  • Alan D. Wright, “Modern Control Design for Flexible Wind Turbines”,NREL,TechnicalReport,NREL/TP-500-35816,July,2004
  • Abdulhamed Hwasand RezaKatebi,“Wind turbinecontrolusing PI pitch angle controller”, IFAC conference on Advances in PID control,pp.28-30,2012
  • A.Scholbrock,P.Fleming,A Wright,C.Slinger,J.Medley and M.Harris,“Field testresults from lidar measured yaw controlfor improved yaw alignmentwith the NREL controls advanced research turbine”,NREL,Conferencepaper,Dec.2014
  • A.Huskey and T.Forsyth,“NREL small wind turbine test project:mariahpower’swindspirewindturbinetestchronology”,NREL, TechnicalReport,NREL/TP-500-45552,June2009