居住建筑固定资产投资项目节能评估中综合能耗(5)

2012年第2期节能

ENERGYCONSERVATION（总第353期）—3—

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Researchontestingtechnologyofheattransfercoefficientofbuildingwall

LIHua，LISi-yang

（GuangzhouBuildingMaterialsInstituteCo．Ltd．，

Guangzhou510663，China）

transfercoefficientofbuildingwallenvelopewereintroducedinthis

paper．Theinfluenceofmoisturecontentonheattransfercoefficientofbuildingwallwereanalyzed．Basedontheproblemsandclimaticcon-ditionofhotsummerandwarmwinterzone，akindofoperableandscientifictestmethodwereputforwardforlaboratory，whichmeettherequirementbyadjustingtheroomconditions．Itisreatlyfacilitatetheacceptanceofprojectqualitycontrolandenergysaving．

Keywords：buildingwall；heattransfercoefficient；moisturecontent；testingtechnology

Thedevelopmentoftangentialslotdualswirlouter

mixingmediaassistedatomizingnozzleZHANGYa-kun，LIUJin，MANChun-lei

（ChinaUniversityofMiningandTechnology，

Xuzhou221008，China）Abstract：Comprehensivetheadvantagesofmechanicalandmediaat-omizingnozzles，developedtangentialslotdualswirloutermixingmedia-supportingatomizernozzle，overcomebothmechanicalatomizingnoz-zle'spooratomizingqualitywhenthepressureislow，andmedia-type

givestheflowcurveandatomizingnozzle'slargeairconsumption，

sprayanglecurve．

Keywords：nozzle；tangentialslot；dualswirl；assistedatomization；outermixing；mediaatomization

Abstract：Theproblemsofcurrentexaminationmethodsofheat

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Analysisandcomparisonofcalculatingmethodsforannualcomprehensiveenergyconsumptionintheenergy-saving

assessmentandreviewreportforfixedassetsinvestment

project（residentialbuilding）JUANJun，YANGWu-shan

（Xi'anEnergy-savingAssessmentCenter，Xi'an710061，China）Abstract：Itisimportanttoscientificallycalculatetheannualcompre-hensiveenergyconsumptionrestedonabasisofthefixedassetsinvest-mentprojectfeasibilitystudyreportforenergy-savingAssessmentand

review．Thispaperanalyzesthedatesofcomprehensiveenergycon-sumptionforresidentialbuildingsaccordingtoDesignstandardforen-ergyefficiencyofresidentialbuildinginseverecoldandcoldzonesandDesigncodeforcityheatingnetwork．Andafterargument，itisthein-dexofheatlossofbuildingweshouldtakeaccordingtoDesignstand-ardforenergyefficiencyofresidentialbuildinginseverecoldandcoldzonesinenergy-savingassessmentandreview，whichhaveainstruc-tivemeaningforenergyefficiencybuildings．

Keywords：residentialbuilding；energy-savingassessmentandre-view；indexofheatloss；heatingload

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ThedesignandapplyofonlineminitypefiringfurnaceXIEHai-long，SONGJin-sen，WANGJin-ming，etal

（NortheastDianliUniversityEngrgyandPower

engineeringfaculty，Jilin132012，China）Abstract：Insomeon-linemonitoringdeviceforcombustionequip-mentrequirementishigh，aswithburningheatinhightemperatureov-designintemperaturebetween800℃and1000℃，combinedwithen，

theactuatorsandcontroldevicediscussessmallonlinetypeburningfurnaceofthedesignprincipleandthestructure，thepowercontrolmethod，analyzesthemainfunctionsandcharacteristics，andtorealizetheonlineaccuratefuelcombustion，achievereal-timeandaccuratere-flectinstantcombustioncondition，theeffectivecontrolofthefuelcon-tentandtoimprovethethermalefficiencyandenergysavinghasplayedanimportantrole．

Keywords：Siliconmolybdenumrods；Onlinemonitor；ceramicfibre；IGBThalf-bridgejoint

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Automaticcleaningdeviceinthecondenserheattransfer

enhancementinenergy-savingapplications

WANGMu-zhong，ZANGDian-rong，WANGHong-wei

（ShandongGuangmingHeat＆PowerCo．Ltd．，

Taian271221，China）Abstract：Mine-ownedpowerplanttoincreasetheintensityofre-sourceutilization，areusedfortheminedrainagewater，butitsfouling

tendency，leadingtothesteamturbinevacuumlowsideDifferenceishigh，seriouslyaffecttheunit'sthermalefficiency．Throughthecon-denserheattransferenhancementintheinstallationofautomaticclean-ingdevice，withitsdirtfloorofthecircumferentialshearscrapingsweepAndrunoutbyrotationandincreasethedegreeofwaterturbu-improvetheoverallheattransfercoefficientofcondenser，con-lence，

denserpoorbytheenddown14℃to7℃，reducesteamconsumption0.14kg/kWh，significanteconomicbenefits．

Keywords：automaticdescaling；enhancedheattransfer；generatingsteamconsumption；energy

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Poroussolarwallroomandacommonroom

wallsolarthermalcomfortanalysisHUANGJun，GUJie，WANGXiao-bo

（InnerMongoliaUniversityofScienceandTechnology，

InnerMongolia，Baotou014010，China）Abstract：ThroughtoaporousSolarwallroomandthenumerical

simulationofthecommonroom，analyzesthesunofheatedairinthe

wallboardprocessflowand，atthesametime，thesystemcomparedtwobuildingsintheworkingareawithinthescopeofthethermalcomfort．Comparedwithordinaryheatingroom，inaporoussolarwallundertheconditionoftheairsupplyand，tosomeextent，solvethewinterwin-dowcausedbyindooraircoolingloadandheatingloadandfindoutthenewvolume，indoorthermalcomfortconclusionobviousenhance-ment．

Keywords：poroussolarwall；solarroom；thermalcomfort

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企业名录

沈阳成达节能技术有限公司辽宁省锅炉技术研究所

北京德晖炉窑有限公司盘锦环帮节能设备有限公司沈阳达源节能环保科技有限公司