Simulation and Analysis of the Heat Pump System with Flash-Tank Coupled with Scroll Compressor

Simulation and Analysis of the Heat Pump System with Flash-Tank Coupled with Scroll Compressor

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時(shí)間:2019-08-06

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1、融The4”InternationalConferenceof]SustainableEnergyTechnotogiesJinan.China.23—25September2005SimulationandAnalysisoftheHeatPumpSystemwithFlash-TankCoupledwithScrollCompressorLihuaYu,HuixiaZhao,GuoyuanMaCollegeofEnvironmentalandEnergyEngineering,BeijingUni

2、versityofTechnology,Beijing,ChinaAbstract:Theheatpumpsystemwithflash—tankcoupledwithscrollcompressorhasgoodperformances。especiallyundertheconditionsoflowambienttemperature.byimprovingjtaJnterneJcompressionprocess.ThecorrelationofelectricefficiencyIsfitt

3、edbyIeastsquaremethodbased0ntheexperimentaldataoftheheatpumpprototypeinwhichR22isusedasrefrigerantAccordingtothecorrelation,theperformancesoftheheatpumpsystemhavebeensimulatedandanalyzedundertheconditionsofthecondensationtemperature仃0m30℃to50℃andtheevap

4、orationtemperaturefrom—30℃tO0℃Theresultsdemonatrateasfollows:theheatingcoefficientofperformanceoftheheatpumpsystemis187.thedischargetemperatureofthecompressorIslessthan130℃thepowerfnputis444kW,andtheheatingcapacityfs828kW,whenthesystemwitha5Hpscrolfcomp

5、ressorworkedlntheconditionofthecondensationtemperatureof45℃andtheevaporationtemperatureof—25℃SotheheatpumpsystemwithhighefficiencywilIbeanIdealalternativemethodforbuildingheating"1coldregionssuchasnorthChinaandYellow只iverbasin,Keywords:heatpump,scrollco

6、mpressor,performancesimulationNOMENCL^lTURESymbolDescription【UnitsIPkCondensationPressurefkWlPmMediaIPressure【kW]PoEvaporationPressureIkW]TkCondensationTemperature【℃】ToEvaporationTemperature【℃】TdDischargeTemperature【℃]QhHeatingCapacity【℃】WPowerInput『kW]

7、1.INTRODUCTIONForalonglime.a(chǎn)ir-sourceheatpumpsystemisappliedwidelyietheregionssuchasmiddleand10werreachesoftheChangjiangRiver.southwestandsouthChina.ItcansatisfyheatingandairconditioningrequlrementsofmeseregionscommendablybecauseItsenergyconsumptionandi

8、nitiaIlnvestmentarelowerItcanbeused1nbothsummerandwinterexpedientlyandhasnopollutionBuIfortheregionssuchasYellowRiverdrainageareaandnorthChina,thearabiaottemperatureIsfowerandheatingpedodisfongerinwinte5soconventionaIair—sourcehe

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