贯彻落实科学发展观大力发展建筑节能1118英文revised.docx
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贯彻落实科学发展观大力发展建筑节能1118英文revised.docx
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贯彻落实科学发展观大力发展建筑节能1118英文revised
ContinuingtheDevelopmentofScience
ImplementationonEnergyEfficiencyforBuildings
ⅠThesignificanceofgreatereffortsforenergysavingintheconstructionsector
(Ⅰ)Itisanimportantfieldwherethenationalenergyconservationstrategyapplies.
Chinahasenteredtherapiddevelopmentstageofindustrializationandurbanization.Similartomostofthedevelopedcountries,itwillhavetogothroughtherapidincreaseofenergydemandsandfastadjustmentoftheenergymix.It’sahugechallengeforChinatoensuresecure,economyandreliableenergysupplyandfosterasustainableenergydevelopmentapproachwithChinesecharacteristics.Accordingtoresearchbyrelevantagencies,withthesame-targetedeconomicgrowth,differentpoliciesandmeasurescancontributetodifferentenergystructuresandenergyefficiency.Thedifferencecanbeasgreatasnearly800milliontonsofcoalequivalentintermsofprimaryenergyusebytheyear2020.Inotherwords,differentoptionsofenergydevelopmentstrategieswillgeneratedifferentimpactsonenergysupply,energysecurity,environmentalprotectionetc.
Meanwhile,thestructureofenergydemandisboundtochangegreatlyasthepeople’slivingstandardandtheirconsumptionstructureimprove.It’sforecastedthattheconstructionandtransportationsectorswillseehighergrowthratesofenergydemandthantheindustrialsector.Theirgrowthrateswillalsobehigherthanthatofthetotalenergydemand.Theenergyconsumptioninthosetwosectorsaccountsfor35%oftheoverallsocialconsumptionandwillriseto57%to75%bytheyear2020,becomingthemostimportantdrivingfactorfortheincreaseofenergydemand.
(Ⅱ)Energysavingisrequiredbythesustainabledevelopmentoftheconstructionsector.
1.Currentdevelopmentofconstructionsector
(1)Rapidboomofhousingandbuildingindustryandrapidincreaseofrelevantenergydemand.Theannualfloorageofnewlyfinishedhousesandbuildingstotaled1.8to2billionsquaremeters.Itisestimatedthatthistrendofrapidrisewillcontinuefor15yearsorsoduetoacceleratingimprovementofpeople’slivelihoodandfasterurbanizationpace.Statisticsshowstheenergyconsumedintheconstructionanduseperiodsofbuildingsaccountsfor44.3%oftheoverallsocialenergyconsumption.Intheconstructionperiod,theenergyconsumedforproducingconstructionmaterialsaccountsfor16.7%ofthetotalsocialenergyconsumption.Intheuseperiod,relevantenergyconsumptionhaskeptincreasingrapidlyinthepasttwodecades,upby5.4%annually,accountingfor27.6%ofChina’stotalenergyconsumptionin2003.Thefigurewasonly10%in1978.Accordingtoexperienceofdevelopedcountries,theenergyconsumedintheuseperiodofvariousbuildingswillgraduallygoupto35%ofthetotalsocialend-consumptionofenergy,takingthelargestshareoftotalsocialenergyuse.
(2)Lowbuildingenergyefficiencyandhugepotentialforenergyconservation.Atpresent,theenergyconsumedforheatingorair-conditioninginareaperunitinChinais2to3timesthatofthedevelopedcountriesevenwithsimilarclimateconditions.Thethermalpropertyofbuildingenclosuresisfarfromgood.Energyconservationinthisregardhasbecomeapriorityforenhancingtheoverallsocialenergy-useefficiency.Determinationshouldbemadenowtostepupeffortsinconstructionrelatedenergysaving.Thedesignofnewbuildingsshouldfullyobserverelevantenergysavingstandards.Theexistingbuildingsshouldundergogradualreforms.Throughthismove,itisestimatedtheconstructionrelatedenergyconsumptionofChinacoulddecreaseby335milliontonsofcoalequivalentannuallyby2020,accountingfor42%ofthatyear’stotalenergysavingpotential,equivalenttotheoverallenergyconsumptionoftheUnitedKingdomin2002.
Thereforetopushforwardenergysavinginvariousbuildingsisconducivetobetterenergy-useefficiency.Energysavingisanimportantaspectinensuringnationalenergysecurityandbuildinganenergy-savingsociety.Weshouldreadjustourkeypointsinenergysavingstrategy,withmoreemphasisonsavingenergyuseinbuildingsinsteadofenergysupplycutintheindustrialsector.Effectivemeasuresshouldbetakentoimproveenergyconservationpolicies,laws,regulations,technicalstandardsandassistancetofullyexplorethepotentialforenergysavingintheconstructionanduseperiodsofvariousbuildingsandtopushtheenergysavingworkinthefieldtoleapforward.Atthesametime,weshouldfurtheroureffortsinthe“foursavings”programbytakingtheenergysavingcampaignasthefirststeptoovercomepossibledifficultiesahead.Energy-efficientandland-savingbuildingsforresidenceandpublicutilitiesareencouragedsoastorealizeafundamentalchangeoftheconstructionmodesinbothurbanandruralareasandhelptoachievethetargetofbuildingenergy-efficientandresource-savingcitiesandtownships.
ⅡProgressinenergysavinginbuildingsandexistingproblems
(Ⅰ)Progress
1.Asystemofdesignstandardsonenergysavinginbuildingshastakeninitialshapewiththeaimtocut50%ofenergyconsumption.In2001,2003and2005,theChineseMinistryofConstructionissuedandimplementedTheEnergySavingDesignStandardsforResidentialBuildingsinAreaswithHotSummerandColdWinter,TheEnergySavingDesignStandardsforResidentialBuildingsinAreaswithHotSummerandWarmWinter,TheEnergySavingDesignStandardsforPublicWorksrespectively.ThesystemofstandardscoversresidentialbuildingsandpublicworksinallChina’sthreeclimatezones.EconomicallydevelopedareassuchasBeijing,Tianjinetchaveset65%ofenergycutasthetargetintheirdesignstandards.
2.Supervisionandmanagementofenergysavinginbuildingshavebeenstrengthened.Inordertoensuretherealimplementationofenergy-savingdesignstandards,existingadministrativelicensingmeasureshavebeenfullytappedtoenhanceadministrativesupervisionandmanagement,includingplanninglicensing,examinationofworkingdrawingdesigns,startlicensing,constructionsupervision,completionacceptanceetc.Tothisend,relevantdocumentshavealsobeenrolledout,includingNoticeonStrengtheningtheExaminationofEnergysavinginCivilianConstructionProjects(JianKe[2004]No.174)andNoticeonStrictImplementationofEnergySavingDesignStandardsinNewResidentialBuildings(JianKe[2005]No.55),givingdetailedprovisionsonintensifyingsupervisionandmanagementofnewbuildingsfortheircompliancewiththeenergysavingdesignstandards.
3.Specialplans,relevantpoliciesandregulationshavebeendesignedtofurtherclarifythetarget,approachandplannedarrangementsfortheworkofenergyconservation.
4.Thereformofheatsupplysystemhasbeenimproved,settingmorerequirementsconcerningthereplacementofthewelfareheatsupplysystembyacommercializedsystem,thegradualadoptionofasystemwhichcalculateschargesagainstactualheatuseandtheactivepromotionofenergy-savingreformsofcurrentresidentialbuildingsandheatsupplyfacilitiesinurbanareasetc.Reformofheatsupplysystemandpilotprogramsforchargingheatsupplyagainstactualusehavebeenconductedinurbanareasinnorth,northeastandnorthwestofChina.
5.Researchonhowtotacklekeytechnicalobstaclesandpilotareasforenergysavinginbuildingshavebeenarranged.Practicesshowthatthepilotenergysavingprograms(incommunities)playabigroleinformulatingthenationaltargetofenergysavingratioat50%,designingrelevanttechnicalstandards,promotingtheformationofpolicies,regulations,technicalstandards,collectionofstandardcharts,andtechnologicalresearch,development,popularizationandapplication.
6.TheinternationalcooperationhascontributedgreatlytoChina’senergysavinginbuildings.Foreignconcept,technologiesandexperiencehavebeenbroughtintoChinathroughcooperationwithvariouscountriesandinternationalorganizations.
Onthewhole,theworkmentionedabovereflectstheprogressinenergysavinginbuildings.Energysavinginthisfieldhasgonethroughthestagefeaturingpilotingprograms,technologicalresearchanddevelopment,experienceaccumulationinthepastandenteredthestageoffullimplementationrightnow.
(Ⅱ)Existingproblems
1.Lowcomplianceratiowithenergysavingdesignstandardsamongnewbuildings.
(1)Onlysmallnumberofnewbuildingscarriedouttheenergysavingdesignstandardstothefullextent.Accordingtolatestsurvey,from2000to2004,theprojectsdesignedincompliancewiththeenergysavingstandardsaccountfor58.5%ofthetotalnumberofprojectsacrossdifferentclimatezonesofChina,theprojectsactuallyconstructedincompliancewiththestandardsaccountedfor23.3%.Thetwofigureswere90.1%and30.6%incoldorextremelycoldareaswhiletheywere20%and14.4%respectivelyinareaswithhotsummersandcoldwinters,both11.2%inareaswithhotsummersandwarmswinters.Thesurveyshowedthatonlyalowratioofbuildingsreachedtheenergysavingdesignstandards.Thesituationisnotoptimistic.
(2)Theworkonenergysavingfornewbuildingsdevelopsdifferentlyindifferentclimatezonesorareaswithdifferentlevelsofeconomicperformance.InthenorthernpartofChinawherethestandardswereadoptedatanearliertime,thecomplianceratiowiththestandardsamongnewbuildingsisrelativelyhigher,whileinsouthernChinaorinareasinthemiddle,theworkforenergysavingwasnotinitsfullswing.Ithasjuststarted.Evenwithinthesamearea,theeconomicallydevelopedpartsmaybemakingrapidprogressinenergysaving,andtheunderdevelopedpartsmaynotperform
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