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Energies2019,12, 57 3. Woo,C.H.; Benziger, J.B.PEMfuel cell current regulationby fuel feedcontrol. Chem. Eng. Sci. 2007,62, 957–968. [CrossRef] 4. Vega-Leal,A.P.;Palomo,F.R.;Barragan,F.;Garcia,C.;Brey, J.J.Designofcontrol systemsforportablePEM fuelcells. J.PowerSources2007,169, 194–197. [CrossRef] 5. Park, G.; Gajic, Z. Slidingmode control of a linearized polymer electrolytemembrane fuel cellmodel. J.PowerSources2012,212, 226–232. [CrossRef] 6. Wang,F.C.;Yang,Y.P.;Huang,C.W.;Chang,H.P.;Chen,H.T.Systemidentificationandrobustcontrolofa portableprotonexchangemembranefull-cell system. J.PowerSources2007,165, 704–712. [CrossRef] 7. Wang,F.C.;Chen,H.T.;Yang,Y.P.;Yen, J.Y.Multivariable robustcontrolofaprotonexchangemembranefuel cell system. J.PowerSources2008,177, 393–403. [CrossRef] 8. Wang,F.C.;Chen,H.T.Designandimplementationoffixed-orderrobustcontrollers foraprotonexchange membranefuelcell system. Int. J.HydrogenEnergy2009,34, 2705–2717. [CrossRef] 9. Wang,F.C.;Ko,C.C.Multivariable robustPIDcontrol foraPEMFCsystem. Int. J.HydrogenEnergy2010,35, 10437–10445. [CrossRef] 10. Hwang, J.J.;Wang,D.Y.;Shih,N.C.;Lai,D.Y.;Chen,C.K.Developmentof fuel-cell-poweredelectricbicycle. J.PowerSources2004,133, 223–228. [CrossRef] 11. Gao,D.W.; Jin,Z.H.;Lu,Q.C.Energymanagementstrategybasedonfuzzy logic fora fuelcellhybridbus. J.PowerSources2008,185, 311–317. [CrossRef] 12. Hwang, J.J. Reviewondevelopment anddemonstrationof hydrogen fuel cell scooters. Renew. Sustain. EnergyRev. 2012,16, 3803–3815. [CrossRef] 13. Hsiao,D.R.;Huang,B.W.;Shih,N.C.Developmentanddynamiccharacteristicsofhybrid fuel cell-powered mini-trainsystem. Int. J.HydrogenEnergy2012,37, 1058–1066. [CrossRef] 14. Wang,F.C.;Chiang,Y.S.2012,August,DesignandControlofaPEMFCPoweredElectricWheelchair. Int. J. HydrogenEnergy2012,37, 11299–11307. [CrossRef] 15. Wang,F.C.;Peng,C.H.ThedevelopmentofanexchangeablePEMFCpowermodule forelectricvehicles. Int. J.HydrogenEnergy2014,39, 3855–3867. [CrossRef] 16. Wang,F.C.;Gao,C.Y.;Li,S.C. ImpactsofPowerManagementonaPEMFCElectricVehicle. Int. J.Hydrogen Energy2014,39, 17336–17346. [CrossRef] 17. Han, J.G.;Charpentier, J.F.;Tang,T.H.AnEnergyManagementSystemofaFuelCell/BatteryHybridBoat. Energies2014,7, 2799–2820. [CrossRef] 18. Wang,C.;Wang, S.B.; Peng,L.F.; Zhang, J.L.; Shao,Z.G.;Huang, J.; Sun,C.W.;Ouyang,M.G.;He,X.M. RecentProgressontheKeyMaterialsandComponents forProtonExchangeMembraneFuelCells inVehicle Applications.Energies2016,9, 603. [CrossRef] 19. Bahrebar,S.;Blaabjerg,F.;Wang,H.;Vafamand,N.;Khooban,M.H.;Rastayesh,S.;Zhou,D.ANovelType-2 FuzzyLogic for ImprovedRiskAnalysisofProtonExchangeMembraneFuelCells inMarinePowerSystems Application.Energies2018,11, 721. [CrossRef] 20. Wang,F.C.;Kuo,P.C.;Chen,H.J.Controldesignandpowermanagementofa stationaryPEMFChybrid powersystem. Int. J.HydrogenEnergy2013,38, 5845–5856. [CrossRef] 21. Han, Y.; Chen, W.R.; Li, Q. Energy Management Strategy Based on Multiple Operating States for a Photovoltaic/FuelCell/EnergyStorageDCMicrogrid.Energies2017,10, 136. [CrossRef] 22. Singh, A.; Baredar, P.; Gupta, B. Techno-economic feasibility analysis of hydrogen fuel cell and solar photovoltaichybridrenewableenergysystemforacademicresearchbuilding.EnergyConvers.Manag. 2017, 145, 398–414. [CrossRef] 23. DAS,H.S.;Tan,C.W.;Yatim,A.H.M.;Lau,K.Y.Feasibilityanalysisofhybridphotovoltaic/battery/fuelcell energysystemforan indigenousresidence inEastMalaysia.Renew. Sustain. EnergyRev. 2017,76, 1332–1347. [CrossRef] 24. AL-Sharafi,A.;Sahin,A.Z.;Ayar,T.;Yilbas,B.S.Techno-economicanalysisandoptimizationofsolarand wind energy systems for power generation andhydrogenproduction in SaudiArabia. Renew. Sustain. EnergyRev. 2017,69, 33–49. [CrossRef] 25. Martinez-Lucas,G.;Sarasua, J.I.; Sanchez-Fernandez, J.A.FrequencyRegulationofaHybridWind-Hydro PowerPlant inanIsolatedPowerSystem.Energies2018,11, 239. [CrossRef] 26. Ettihir,K.;Boulon,L.;Agbossou,K.Optimization-basedenergymanagementstrategyfora fuel cell/battery hybridpowersystem.Appl. Energy2016,163, 142–153. [CrossRef] 96
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Short-Term Load Forecasting by Artificial Intelligent Technologies
Title
Short-Term Load Forecasting by Artificial Intelligent Technologies
Authors
Wei-Chiang Hong
Ming-Wei Li
Guo-Feng Fan
Editor
MDPI
Location
Basel
Date
2019
Language
English
License
CC BY 4.0
ISBN
978-3-03897-583-0
Size
17.0 x 24.4 cm
Pages
448
Keywords
Scheduling Problems in Logistics, Transport, Timetabling, Sports, Healthcare, Engineering, Energy Management
Category
Informatik
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