地下水源熱泵的水源水問(wèn)題研究及能耗模擬.pdf

1、分類號(hào)UDC密級(jí)烈漠射手簍夫哮碩士學(xué)位論文地下水源熱泵的水源問(wèn)題研究及能耗模擬StudyontheWaterSourceandtheEnergyConsumptionSimulationoftheGroundwaterHeatPumpsinWuHan趙峰指導(dǎo)教師姓名：邵林廣教授武漢科技大學(xué)城建學(xué)院申請(qǐng)學(xué)位級(jí)別論文定稿日期學(xué)位授予單位學(xué)位授予日期文遠(yuǎn)高教授武漢科技大學(xué)城建學(xué)院答辯委員會(huì)主席評(píng)閱人第1I頁(yè)武漢科技大學(xué)碩士學(xué)位論文Abstra

2、ctThegroundwaterheatpumpsystems(OWHPs)werewidelyextendedintherecentyearsforitsreliabilityofrunning，lowenergy—consumption，lesscontaminationetcTheapplicationofthissystem，howeverwasrestrictedbythehighcostofinitialcapitalinv

3、estmentandgeologicalconditionsConsequentlystudyingonthewatersourceandannualenergy—consumptionofheatpumpsystemsshouldbeintensified，thenthepossibilityofspreadinginsomeareascouldbeconfirmedBasingontheanalysisoftheGWHPs，theg

4、eologicalconditionsanddemandfortheGWHPswerediscussed，furthermore，acriteriaandthecorrespondingmeasurementofwatertreatmentwereproposedfortheGWHPsTheBINmethodwasadoptedtosimulatetheannualenergyconsumptionofGWHPsBasingonthew

5、eatherdataofastandardyearinWuhan，whichderivedfromthedataofthelast15years，thedatafortheBINmethodofannualand8hourssystemwerecalculatedTheannualenergyconsumptionofanofficebuildinginWuhanwasobtainedandcomparedwiththepalmerof

6、theairsourceheatpumpsystems，theresultshowsthattheenergyconsumptionoftheformerwasapproximatelylessthanthesecond23％insummerand19％inwinterCaseanalysisbetweenthetwodifferentfunctionalbuildingsfortheapplicationofGWHPswasperfo

7、rmed，theconsumptionofelectricityoftheheatpumpunitwasthemaximalamongtheequipmentofGWHPs，accountforabout6829％throughoutthesystemsTheconsumptionofelectricityoftheairconditioningsystemsofofficebuildingwasgreaterthanthereside

8、nce’sTheenergyconsumptionofwhichtheratioofwindowtowallis35％wasless54％thanthosewhichtheratiois80％ThisinferthatreducetheratioofwindowtowallcouldmarkedlytakefromtheenergyconsumptionofairconditioningsystemsFinallytherelevant