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345201310Vol.34No.5October20130253-4339201305-0047-08doi10.3969/j.issn.0253-4339.2013.05.047122117100492710049、。。。TQ051.5TK114TB69AResearchProgressandProspectofAirSourceHeatPumpinLowTemperatureEnvironmentWangFenghao1WangZhihua2ZhengYuxin2HaoJibo11.SchoolofHumanSettlementsandCivilEngineeringXi’anJiaotongUniversity710049China2.SchoolofEnergyandPowerEngineeringXi’anJiaotongUniversity710049ChinaAbstractAirsourceheatpumpahighefficiencyenergyconservationandenvironmentalprotectiondeviceisinprospectofwideap-plicationandmarketvalue.ButtheunstableperformanceandlowercoefficientofperformanceCOPinlowambienttemperaturerestrainthepromotionandapplicationofairsourceheatpumpproducts.Thispaperanalyzedthedisadvantagesofairsourceheatpumpinlowtem-peratureenvironmentthroughthereviewofbothdomesticandinternationalinvestigationsonsystemimprovementinlowtemperatureenvi-ronment.Besidesthedevelopmentandtrendofairsourceheatpumpisalsoproposedbasedonthelatestresearchprogressesintheas-pectsofnewalternativerefrigerantthecombinedairsourceheatpumpwithphasechangematerialsaswellasthedevelopmentofnewheatpumpsystemrespectively.Keywordsairsourceheatpumpwaterheatercoldadaptation20121112。。CO2。、、。。1。2。3。1、COP。—74—345201310JournalofRefrigerationVol.34No.5October20131.111。2-10℃~-15℃。Ma3。。。4、、。。。5。、。、。1Fig.1Schematicdiagramofheatpumpsystemwitheconomizerofincreasingenthalpybysupplyinggas1.2。6R134a-30℃60℃。7、CO2/。。8。。9。10COP。。、。11、2。/10~20℃。12。Zehnder13、1~2h。。—84—345201310Vol.34No.5October2013Ⅰ/Ⅱ/ⅢⅣ2、Fig.2Schematicdiagramofsingledouble-stagecouplingheatpumpsystem。1.3、、。14-16。。H.M.Getu17R744R717、R1270R404ACOPR717R744。A.Kilicarslan18COP。。Bertsch19、0℃0℃COP。0℃COP。R410A。20。3Fig.3Schematicdiagramofnewairsourceheatpumpsystem213。。。WuJ.22。。。20。。1.4—94—345201310JournalofRefrigerationVol.34No.5October2013。。、、23。。24。25。。4Fig.4SchematicofPCMbasedthermalenergystorageanddefrostingforairsourceheatpump26-27。ByunJ.2820%COP8.5%5.7%。。29-304。、、31、。5Fig.5Schematicdiagramofthefrost-freeairsourceheatpumpsystemJIA32-33。Zhang345。0℃。。。。。。1.5R22、ODP、GWP。CO2R32R407CR410AR290。—05—345201310Vol.34No.5October20136Fig.6Schematicdiagramofthecarbondioxideheatpumpwaterheater。、6。35。CO2“ECOCUTE”。CO25~736。。Goodman37-38CO2CO239。40SimulinkPIDCO2。。R410AR32、。41R32R410A3℃R3231.1%101.9℃R32。42/R32R22R32。43R32。44R32R410ACOP。。45R22R134a、COP。R134aR404R22。R407CR22R22。R407C、。、。、。。2、、。。。2.1R22R22、。HCFCs。、CO2CO246。、、。NorthDakotaStateUniversityUnitedTechnologiesResearchCenterUSACO2—15—345201310JournalofRefrigerationVol.34No.5October2013。2.2。、UniversityofUlsterUK。2.3。UniversityofVigo。3、。、、、、。。。、、、、。。。CO2R32R410a。。、。。“”。1.J.201132640-43.LiYuchunCaiZhihongHeYongfeng.StudyonPerformanceCharacte-ris-ticofHeatPumpwithEconomizerJ.JournalofRefrige-ration201132640-43.2.J.20093041-5.ZhangHuajunWangZhenChenXiaokangetal.AExperimentalStudyonAir-sourceHeatPumpWaterHeaterApplicationinLowTemperatureEnvironmentJ.RefrigerationAirConditioning&ElectricPowerMachin-ery20093041-5.3MaGHZhao.Experimentalstudyofaheatpumpsystemwithflash-tankcoupledwithscrollcompressorJ.EnergyandBuildings2008405697-701.4.J.201031435-38.YangLiWangWenBaiYunfei.InfluenceofEconomizeronCompressionRefrigerationCycleJ.JournalofRefrigeration201031435-38.5.J.2008427818-822.FeiJiyouCaoFengXingZiwenetal.Influ-enceofSuctionStreamLiquidRefrigerationInjecti-ononthePerformanceofanAir-SourceHeatPumpWaterHeaterJ.JournalofXi’anJiaotongUniversity2008427818-822.6.J.200636958-61.WangWeiJinSuminChenJianzhongetal.Two-stagecomp-ressioncycleforwaterheatersinairsourceheatpumpsJ.HV&AC200636958-61.7.CO2/J.2011325645-649.XieYingbaiLiuYingfuTangJianchengetal.Thermodyna-micAnalysisOnCO2TranscriticalTwo-StageCompression/EjectionOnCycleJ.ActaEnergiaeSo-larisSinica2011325645-649.8.J.2004253388-393.TianChangqingShiWenxingWangSenetal.Re-searchOnTwo-StageCompressionVariablefrequencyAirSourceHeatPumpinColdRegionsJ.ActaEnergiaeSo-—25—345201310Vol.34No.5October2013larisSinica2004253388-393.9.J.201263196-102.JinXuWangShugangZhangTengfeietal.Inter-mediatepressureanditseffectonperformanceoftwo-stagecompressionsystemwithvariableoperatingmodeJ.CI-ESCJournal201263196-102.10.J.201139435-39.ShengJianWuZhaolinZhouZhigangetal.ResearchontheeffectofrefrigerationqualityflowrateofthehighandlowpressuresystemOiltheperformanceoftwo-stagecompres-sorair-sourceheatpumpJ.CryogenicsandSupercon-ductivity201139435-39.11.J.200533930-34.MaZuiliangYaoYangJiangYiqiang.TheoryandPracticeofDoubleStageCouplingHeatPumpJ.FluidMachinery200533930-34.12.J.20111166-67.LanJianghua.Re-searchontheTwo-stageAir-sourceHeatpumpWaterHeat-erFailingtoStartJ.HouseholdApplianceTechnology20111166-67.13ZehnderM.Efficientair-waterheatpumpsforhightemper-atureliftresidentialheati-ngincludingoilmigrationaspectsD.2004.14WangBingming.Experimentalinvestigationontheperform-anceofNH3/CO2cascaderefrigerationsystemwithtwin-screwcompressorJ.InternationalJournalofRefrigera-tion20093271358-1365.15BhattacharyyaSGaraiaASarkarbJ.Thermodynamica-nalysisandoptimizationofanovelN2O-CO2cascadesys-temforrefrigerationandheatingJ.InternationalJournalofRefrigeration2009325
本文标题:低温环境下空气源热泵的研究现状及展望
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