太陽能地源熱泵式空調系統(tǒng)研究.pdf

1、大慶石油學院碩士學位論文太陽能地源熱泵式空調系統(tǒng)研究姓名：劉逸申請學位級別：碩士專業(yè)：熱能工程指導教師：宮克勤20060312大慶石油學院碩士學位論文TheStudyonTheAirconditionSystemofSolarEnergyandGeothermalsourceHeatPumpABSTRACTSolarenergyisasortofneverfailingcleanenergysource，andhowtomoreeffe

2、ctivelyutilizeithasincreasinglybecomeahotspotscientiststapwitheffortsThecharacteristicofheatpumpconsistinthatitcantransferheatfromlowtemperaturetohightemperature，andimprovetheratesoflowtemperatureheatsources，Therewillbea

3、greatfutureifweintegratesolarenergyutilizationtechniquesintoheatpumptechniquesOnthebaseofintegratingthetwotechniques，thepaperanalyzedthearttraitoftheair—conditionsystemofsolarenergyandgeothermal—sourceheatpump，theconcept

4、ofthesolarenergyandgeothermalsourceheatpumptypeair—conditionsystemisproposed；theworkingprincipleofthissystemhasbeenstudiedinthispaper；andhowtocontrolsystemThispaperintroducedthetransfermodelandthecomputationalmethodofthe

5、plate—typesolarenergycollectionheatandthehottubularvacuumtubecollectionhotheatindetail，havestudiedthehottubularvacuumtubecollectionheatmoduleengineeringdesignmethodandthemovementpatternwithemphasis，hasovercomethefrostoft

6、hebigareasolarenergycollectionisusedinthenorthcoldareaTotheair—source，thewater—sourceandthegeothermalsourceofthreekindsofheatpumpspatternshavecarriedontheintroduction，accordingtotheactualneedofthestudymainlyhasconductedt

7、hethoroughresearchtothegeothermal—sourceheatpump，haddeterminedburiedtheheatinterchangerconcreteformandhasestablishedtheheattransfermodelUnifiestheconcreteproject，hascarriedonthedetailedtheoreticaIcalculationandtheproject

8、implementationplandesigntotheairconditionsystemofsolarenergyandgeothermal—sourceheatpump，andconfirmsthesystemintechnologyfeasibilityusingthesystemmeasureddataandthetheoreticalcaljculationcontrastTheunionsystemconstructio

9、nandthemovementactuasituationthisarticlecarriedontheefficientanalysistothissystem，theanalysisresulthadproventhissystemdesignextremelyreasonable，wasextremelyfeasibleintheeconomyThemovementeffectdemonstratedthissystemenerg