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References
1. Siano,P. DemandresponseandsmartgridsâAsurvey. Renew. Sustain. EnergyRev. 2014,30, 416â478.
2. Gerards,M.E.T.;Toersche,H.A.;Hoogsteen,G.;vanderKlauw,T.;Hurink, J.L.; Smit,G.J.M.Demandside
managementusingproïŹlesteering. InProceedingsof the2015 IEEEEindhovenPowerTech,Eindhoven,
TheNetherlands,29 Juneâ2July2015;pp. 1â6.
3. Molderink,A.;Bakker,V.;Bosman,M.G.C.;Hurink, J.L.; Smit,G.J.M.ManagementandControlofDomestic
SmartGridTechnology. IEEETrans. SmartGrid2010,1, 109â119.
4. vanderKlauw, T.; Gerards,M.E.T.; Smit, G.J.M.; Hurink, J.L. Optimal scheduling of electrical vehicle
chargingunder twotypesof steeringsignals. InProceedingsof theEuropeIEEEPESInnovativeSmartGrid
TechnologiesConference(ISGT-Europe), Istanbul,Turkey,12â15October2014; IEEEPower&EnergySociety:
Piscataway,NJ,USA,2014;pp. 1â6.
5. NEN-EN50160:2010. Voltagecharacteristicsofelectricitysuppliedbypublicdistributionnetwork,August
2010.
6. Hoogsteen,G.;Molderink,A.;Hurink, J.L.; Smit,G.J.M.Managingenergy in timeandspace insmartgrids
usingTRIANA. InProceedingsof theEuropeIEEEPESInnovativeSmartGridTechnologiesConference,
ISGT-Europe2014, Istanbul,Turkey,12â15October2014; IEEEPower&EnergySociety: Piscataway,NJ,USA,
2014;pp. 1â6.
7. Nykamp,S.;Rott,T.;Dettke,N.;Kueppers,S. TheprojectâElCheâWettringen: Storageasanalternative to
gridreinforcementsâExperiences,beneïŹtsandchallenges fromaDSOpointofview. InProceedingsof the
InternationalETGCongress2015;DieEnergiewende-Blueprints for theNewEnergyAge,Bonn,Germany,
17â18November2015.
8. Kok,K. Dynamicpricingascontrolmechanism. InProceedingsof the2011 IEEEPowerandEnergySociety
GeneralMeeting,SanDiego,CA,USA,24â29 July2011;pp. 1â8.
9. Kok,K. ThePowerMatcher: SmartCoordinationfor theSmartElectricityGrid. Ph.D.Thesis,VrijeUniversiteit
AmsterdamandTNO,Amsterdam,TheNetherlands,2013.
10. Wijbenga, J.; MacDougall, P.; Kamphuis, R.; Sanberg, T.; van den Noort, A.; Klaassen, E.
Multi-goaloptimizationinPowerMatchingcity:Asmart livinglab. InProceedingsof theIEEEPESInnovative
SmartGridTechnologiesConferenceEurope, ISGT-Europe2014, Istanbul,Turkey,12â15October2014;pp.
1â5.
11. Javed, F.; Arshad,N.;Wallin, F.; Vassileva, I.; Dahlquist, E. Forecasting for demand response in smart
grids:Ananalysisonuseofanthropologicandstructuraldataandshort termmultiple loads forecasting.
Appl.Energy2012,96, 150â160.
12. Alfares,H.K.;Nazeeruddin,M. Electric loadforecasting: LiteraturesurveyandclassiïŹcationofmethods.
Int. J.Syst. Sci. 2002,33, 23â34.
13. Ruelens,F.;Vandael,S.;Leterme,W.;Claessens,B.;Hommelberg,M.;Holvoet,T.;Belmans,R. Demandside
managementofelectricvehicleswithuncertaintyonarrivalanddeparture times. InProceedingsof the2012
3rdIEEEPESInternationalConferenceandExhibitiononInnovativeSmartGridTechnologies(ISGTEurope),
Berlin,Germany,14â17October2012;pp. 1â8.
14. Tang,W.; Bi, S.; Zhang,Y. Online coordinatedchargingdecisionalgorithmfor electric vehicleswithout
future information. IEEETrans. SmartGrid2014,5, 2810â2824.
15. Gan, L.; Topcu, U.; Low, S. Optimal decentralized protocol for electric vehicle charging. IEEETrans.
PowerSyst. 2013,28, 940â951.
16. Mou,Y.;Xing,H.;Lin,Z.;Fu,M.Decentralizedoptimaldemand-sidemanagement forPHEVcharging in
asmartgrid. IEEETrans. SmartGrid2015,6, 726â736.
17. DelRazo,V.;Goebel,C.; Jacobsen,H. Vehicle-originating-signals for real-timechargingcontrolofelectric
vehicleïŹeets. IEEETrans. Transp. ElectriïŹcation2015,1, 150â167.
18. Patriksson,M.Asurveyonthecontinuousnonlinearresourceallocationproblem. Eur. J.Oper. Res. 2008,
185, 1â46.
19. Hochbaum,D.;Hong, S.P. About stronglypolynomial timealgorithms forquadratic optimizationover
submodularconstraints. Math. Progr. 1995,69, 269â309.
20. Blum,M.;Floyd,R.W.;Pratt,V.;Rivest,R.L.;Tarjan,R.E. Timebounds for selection. J.Comput. Syst. Sci.
1973,7, 448â461.
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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