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Energies 2016,9, 240
vehiclemileageasverified in thecitedreports. Furthermore, themultiplesourceheatpumpsystemis
alsoausefulmethodtoenhancethecooling/heatingcapacityandtheCOPof theACsysteminEV,
especially incoldweatherconditions. Theheatsources includeair,wasteheat, solarheat,waterand
soon.
Consideringthe tremendousdevelopment in theheatpumpACsystemfield, it isworthwhile to
bemindful that there isnoonesingle technologythatcanobtain ideal results tocontrol theclimate in
anEVallyear round.Acombinationofseveralof these technologies is stillnecessarymoreoften than
not.Althoughsomeof the innovative technologiesdescribedinthispaperarestillpartofon-going
research,webelieve therealpracticalapplication inEVs is imminent. The integratedheatpumpAC
systembasedonthe two-stageCO2 cycle,which isequippedwithavariablecapacitycompressorand
uses thewasteheat fromelectricdevicesasanadditionalheat source, shouldbeconsideredforEVs in
thecomingresearch.
Acknowledgments:Thisworkwassupportedbythe Industry-University-Research InstituteCollaborationFund
ofGuangdongProvince (No. 2011B090400572),StrategicEmergingIndustryDevelopmentFundofGuangdong
Province (No. [2011]891),NaturalScienceFoundationofGuangdongProvince (No. S2012010010199),Scienceand
TechnologyInnovationFundProjectofFoshanCity (No. 2013AG100063).
Conflictsof Interest:Theauthorsdeclarenoconflictof interest.
References
1. Mei,V.C.;Chen,F.C.;Mathiprakasam,B.;Heenan,P.Studyofsolar-assistedthermoelectric technologyfor
automobileair conditioning. J.Sol. Energy1993,115, 200–205. [CrossRef]
2. Ma,G.Y.Studyonthermoelectricair conditioningforelectricvehicles.Refrig.AirCond. 1998,14, 5–10.
3. Cao,Z.Y.SolutiontoairconditioningonEVs.AutoElectric. Parts2008,47, 1–4.
4. Zhang, J.Z.Structural featuresof fullyelectricair conditioningsystem.Automob.Maint. 2006,12, 4–5.
5. Guyonvarch,G.;Aloup,C.;Petitjean,C.SavasseADMD.42VElectricAirConditioningSystems(E-A/CS) forLow
Emissions,Architecture,Comfort andSafetyofNextGenerationVehicles; SAETechnicalPaperNo. 2001-01-2500;
SAEInternational:Warrendale,PA,USA,2001.
6. Randall,B.BlowingHotandCold. Availableonline: https://www.teslamotors.com/blog/blowing-hot-
and-cold(accessedon20December2006).
7. Torregrosa,B.; Payá, J.;Corberán, J.M.Modelingofmobileair conditioningsystems forelectricvehicles.
InProceedingsof the4thEuropeanWorkshop—MobileAirConditioningandVehicleThermalSystems,
Torino, Italy,1–2December2011.
8. Lee,D.Experimental studyontheheatpumpsystemusingR134arefrigerant forzero-emissionvehicles.
Int. J.Automot. Technol. 2015,16, 923–928. [CrossRef]
9. Qi,Z.G.Advancesonair conditioningandheatpumpsysteminelectricvehicles—Areview.Renew. Sustain.
EnergyRev. 2014,38, 754–764. [CrossRef]
10. Shi,B.X.;Ma,G.Y.;Chen,G.S.Researchonheatpumpsystemsforelectricvehicleairconditioning.FluidMach.
2002,30, 48–50.
11. Billiard,F.Refrigerationandairconditioning:What’snewatregulatory level. InProceedingsof theNinth
EuropeanConferenceonTechnological Innovations inRefrigeration,AirConditioningand in theFood
Industry,Milano, Italy,29–30 June2001.
12. EuropeanParliament (EUROPA).Regulation (EC)No. 842/2006of theEuropeanParliament andof the
Councilof17May2006oncertainfluorinatedgreenhousegases.Off. J.Eur.Union2006,L161, 1–11.
13. EuropeanParliament (EUROPA).Directive2006/40/ECof theEuropeanParliamentandof theCouncilof
17May2006relatingtoemissions fromair-conditioningsystemsinmotorvehiclesandamendingcouncil
directive70/156/EEC.Off. J.Eur.Union2006,L161, 12–18.
14. Pettersen, J.;Lorentzen,G.ANew,Efficient andEnvironmentallyBenignSystemforAutomobileAirConditioning;
SAETechnicalPaperNo. 931129;SAEInternational:Warrendale,PA,USA,1993.
15. McEnaney, R.; Hrnjak, P. Clutch Cycling Mode of Compressor Capacity Control of Transcritical R744
Systems Compared to R134a Systems; SAE Technical Paper No. 2005-01-2033; SAE International:
Warrendale,PA,USA,2005.
357
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