Seite - 262 - in Emerging Technologies for Electric and Hybrid Vehicles
Bild der Seite - 262 -
Text der Seite - 262 -
Energies 2017,10, 616
References
1. Chowdhury,S.;Wheeler,P.;Patel,C.;Gerada,C.AmultilevelconverterwithaïŹoatingbridgeforopen-ended
windingmotordriveapplications. IEEETrans. Ind. Electron. 2016,63, 5366â5375. [CrossRef]
2. Loncarski, J.;Leijon,M.;Srndovic,M.;Rossi,C.;Grandi,G.Comparisonofoutputcurrent ripple insingle
anddual three-phase inverters forelectricvehiclemotordrives.Energies2015,8, 3832â3848. [CrossRef]
3. Welchko, B.A.; Nagashima, J.M. A comparative evaluation ofmotor drive topologies for low-voltage,
high-powerEV/HEVpropulsionsystems. InProceedingsoftheIEEEInternationalSymposiumonIndustrial
Electronics,RioDeJaneiro,Brazil, 9â11 June2003;pp.379â384.
4. An,Q.T.; Duan,M.H.; Sun, L.;Wang,G.L. SVPWMstrategyof post-fault reconïŹgureddual inverter in
open-endwindingmotordrivesystems.Electron. Lett. 2014,50, 1238â1240. [CrossRef]
5. Engelmann,G.; Kowal,M.; DeDoncker, R.W.Ahighly integrateddrive inverter usingdirect FETs and
ceramicdc-linkcapacitors foropen-endwindingmachines inelectricvehicles. InProceedingsof theApplied
PowerElectronicsConferenceandExposition,Charlotte,NC,USA,15â19March2015;pp.290â296.
6. Sandulescu,P.;Meinguet,F.;Kestelyn,X.;Semail,E.;Bruyere,E.Control strategies foropen-endwinding
drivesoperating in theïŹux-weakeningregion.PowerElectron. IEEETrans. 2014,29, 4829â4842. [CrossRef]
7. An,Q.;Liu, J.;Peng,Z.;Sun,L.; Sun,L.Dual-spacevectorcontrolofopen-endwindingpermanentmagnet
synchronousmotordrive fedbydual inverter. IEEETrans. PowerElectron. 2016,31, 8329â8342. [CrossRef]
8. An,Q.;Sun,L.; Sun,L.Researchonnovelopen-endwindingpermanentmagnetsynchronousmotorvector
control systems.Proc. CSEE2015,22, 5891â5898.
9. Park, J.S.;Nam,K.Dual inverter strategyforhighspeedoperationofHEVpermanentmagnetsynchronous
motor. In Proceedings of the Industry Applications Conference 2006, IasMeeting, Tampa, FL, USA,
8â12October2006;pp.488â494.
10. Kwak,M.S.; Sul, S.K. Fluxweakeningcontrol of anopenwindingmachinewith isolateddual inverters.
In Proceedings of the Industry Applications Conference 2007, Ias Meeting, New Orleans, LA, USA,
23â27September2007;pp.251â255.
11. Rossi,C.;Grandi,G.;Corbelli,P.;Casadei,D.Generationsystemforserieshybridpowertrainbasedonthe
dual two-level inverter. InProceedingsof theEuropeanPowerElectronicConferences,Barcelona,Spain,
8â10September2009;pp.1â10.
12. Griva,G.;Oleschuk,V.;Profumo,F.Hybrid tractiondrivewithsymmetrical split-phasemotorcontrolledby
synchronizedPWM.InProceedingsof the InternationalSymposiumonPowerElectronics,ElectricalDrives,
AutomationandMotion, Ischia, Italy,11â13 June2008;pp.1033â1037.
13. Deng,Q.;Wei, J.;Zhou,B.;Han,C.;Chen,C.Researchoncontrol strategiesofopen-windingpermanent
magneticgenerator. InProceedingsof the InternationalConferenceonElectricalMachinesandSystems,
Beijing,China,20â23August2011;pp.1â6.
14. Lee,Y.;Ha, J.I.Hybridmodulationofdual inverter foropen-endpermanentmagnetsynchronousmotor.
IEEETrans. PowerElectron. 2015,30, 3286â3299. [CrossRef]
15. Casadei,D.; Grandi,G.; Lega,A.; Rossi, C.Multilevel operation and input power balancing for adual
two-level inverterwith insulatedDCsources. IEEETrans. Ind.Appl. 2008,44, 1815â1824. [CrossRef]
16. Welchko, B.A.Adouble-ended inverter system for the combinedpropulsion and energymanagement
functions inhybridvehicleswithenergystorage. InProceedingsof the IndustrialElectronicsSociety2005,
IECON2005,Raleigh,NC,USA,6â10November2005.
17. Nipp,E.PermanentMagnetMotorDrivesWithSwitchedStatorWindings. Ph.D.Thesis,Royal Instituteof
Techonology,Stockholm,Sweden,May1999.
18. Nguyen,N.K.;Semail,E.;Meinguet,F.;Sandulescu,P.;Kestelyn,X.;Aslan,B.Differentvirtualstatorwinding
conïŹgurationsofopen-endwindingïŹve-phasePMmachines forwidespeedrangewithoutïŹuxweakening
operation. InProceedingsof theEuropeanConferenceonPowerElectronicsandApplications,Lille,France,
2â6September2013;pp.1â8.
19. Welchko,B.;Nagashima, J.M.The inïŹuenceof topologyselectionon thedesignofEV/HEVpropulsion
systems. IEEEPowerElectron. Lett. 2003,99, 36â40. [CrossRef]
20. Nguyen,N.;Meinguet,F.;Semail,E.;Kestelyn,X.Fault-tolerantoperationofanopen-endwindingïŹve-phase
PMSMdrivewithshort-circuit inverter fault. IEEETrans. Ind. Electron. 2014,63, 595â605. [CrossRef]
262
Emerging Technologies for Electric and Hybrid Vehicles
- Titel
- Emerging Technologies for Electric and Hybrid Vehicles
- Herausgeber
- MDPI
- Ort
- Basel
- Datum
- 2017
- Sprache
- englisch
- Lizenz
- CC BY-NC-ND 4.0
- ISBN
- 978-3-03897-191-7
- Abmessungen
- 17.0 x 24.4 cm
- Seiten
- 376
- Schlagwörter
- electric vehicle, plug-in hybrid electric vehicle (PHEV), energy sources, energy management strategy, energy-storage system, charging technologies, control algorithms, battery, operating scenario, wireless power transfer (WPT)
- Kategorie
- Technik