Page - 324 - in Emerging Technologies for Electric and Hybrid Vehicles

Energies 2016,9, 10 18. Keeling, N.A.; Covic, G.A.; Boys, J.T. A unity-power-factor IPT pickup for high-power applications. IEEETrans. Ind. Electron. 2010,57, 744–751. [CrossRef] 19. Hwang,S.-H.;Kang,C.G.;Son,Y.-H.; Jang,B.-J. Software-basedwirelesspower transferplatformforvarious powercontrolexperiments.Energies2015,8, 7677–7689. [CrossRef] 20. Zaheer,A.;Covic,G.A.;Kacprzak,D.Abipolarpad ina10-kHz300-Wdistributed IPTsystemforAGV applications. IEEETrans. Ind. Electron. 2014,61, 3288–3301. [CrossRef] 21. Madawala,U.K.;Thrimawithana,D.J.Newtechniquefor inductivepower transferusingasinglecontroller. IETPowerElectron. 2012,5, 248–256. [CrossRef] 22. Gao,Y.;Farley,K.;Tse,Z.Auniformvoltagegaincontrol foralignmentrobustness inwirelessEVcharging. Energies2015,8, 8355–8370. [CrossRef] 23. Chwei-Sen,W.;Covic,G.A.;Stielau,O.H.Power transfercapabilityandbifurcationphenomenaof loosely coupled inductivepower transfersystems. IEEETrans. Ind. Electron. 2004,51, 148–157. 24. Ricketts,D.S.;Chabalko,M.J.;Hillenius,A.Experimentaldemonstrationof theequivalenceof inductiveand stronglycoupledmagnetic resonancewirelesspower transfer.Appl. Phys. Lett. 2013,102, 053904. [CrossRef] 25. Birrell, S.A.;Wilson,D.;Yang,C.P.;Dhadyalla,G.; Jennings,P.Howdriverbehaviourandparkingalignment affects inductive chargingsystems for electricvehicles. Transp. Res. CEmerg. Technol. 2015,58, 721–731. [CrossRef] 26. Choi,W.P.;Ho,W.C.; Liu,X.;Hui, S.Y.R.Comparative studyonpowerconversionmethods forwireless battery chargingplatform. InProceedingsof the 201014th InternationalPowerElectronics andMotion ControlConference (EPE/PEMC),Ohrid,Macedonia,6–8September2010;pp.S15:9–S15:16. 27. Xuan,N.B.;Vilathgamuwa,D.M.;Foo,G.H.B.;Peng,W.;Ong,A.;Madawala,U.K.;Trong,D.N.AnEfficiency OptimizationSchemeforBidirectional InductivePowerTransferSystems. IEEETrans. PowerElectron. 2015, 30, 6310–6319. 28. Jun-Young,L.;Byung-Moon,H.ABidirectionalWirelessPowerTransferEVChargerUsingSelf-Resonant PWM. IEEETrans. PowerElectron. 2015,30, 1784–1787. 29. Madawala,U.K.;Thrimawithana,D.J.ABidirectional InductivePower Interface forElectricVehicles inV2G Systems. IEEETrans. Ind. Electron. 2011,58, 4789–4796. [CrossRef] 30. Madawala,U.K.; Thrimawithana,D.J.Modular-based inductive power transfer system for high-power applications. IETPowerElectron. 2012,5, 1119–1126. [CrossRef] 31. Xuan,N.B.;Foo,G.;Ong,A.;Vilathgamuwa,D.M.;Madawala,U.K.Efficiencyoptimization forbidirectional IPTsystem. InProceedingsof the2014 IEEETransportationElectrificationConferenceandExpo (ITEC), Dearborn,MI,USA,15–18 June2014;pp.1–5. 32. Madawala,U.K.;Thrimawithana,D.J.Currentsourcedbi-directional inductivepower transfersystem. IET PowerElectron. 2011,4, 471–480. [CrossRef] 33. Zheng,P.F.Z-source inverter. IEEETrans.Ind.Appl. 2003,39, 504–510. [CrossRef] 34. Peng,F.X.;Guang,W.X.;Qiao,C.Z.Asingle-phaseACpowersupplybasedonmodifiedQuasi-Z-Source Inverter. IEEETrans.Appl. Supercond. 2014,24, 1–5. [CrossRef] 35. Boys, J.T.;Covic,G.A.DecouplingCircuits.U.S.7279850B2,9October2005. 36. Hothongkham,P.;Kongkachat, S.; Thodsaporn,N.PerformancecomparisonofPWMandphase-shifted PWMinverter fedhigh-voltagehigh-frequencyozonegenerator. InProceedingsof the2011 IEEERegion10 ConferenceonConvergentTechnologies for theAsia-PacificRegion,Bali, Indonesia,21–24November2011; pp.976–980. ©2015bytheauthors. LicenseeMDPI,Basel,Switzerland. Thisarticle isanopenaccess articledistributedunder the termsandconditionsof theCreativeCommonsAttribution (CCBY) license (http://creativecommons.org/licenses/by/4.0/). 324