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20POLICYLEVERS
TODECARBONISEBUILDINGS
INEUROPE
PreparedbytheClimateBondsInitiative
Contents
1.Introduction2
2.Context3
3.Theexistingpolicylandscape5
EnergyPerformanceofBuildingDirective(EPBD)5
20Policyoptions6EUlevel6
Memberstatelevel9
Regionsandcitylevel11
4.Conclusion12
Endnotes13
ClimateBondsInitiative
TheClimateBondsInitiative(Climate
Bonds)isaninternationalinvestor-focusednot-for-profitorganisationworkingto
mobilisetheUSD100tnbondmarketforclimatechangesolutions.
ClimateBondspromotesinvestmentinprojectsandassetsneededforarapidtransitiontoalow-carbonandclimate-
resilienteconomy.Themissionistohelpdrivedownthecostofcapitalforlarge-scaleclimateandinfrastructureprojectsandtosupportgovernmentsseeking
increasedaccesstocapitalmarketstomeetclimategoals.
1.Introduction
ThelaunchoftheBuildingsBreakthrough
initiativeduringCOP28signalledanewera
ofinternationalcollaborationinthebuilt
environment.JointlyledbytheGovernments
ofFranceandMorocco,incollaborationwith
theUNEnvironmentProgramme(UNEP),its
goalistoestablishnear-zeroemissionsand
climate-resilientbuildingsasthestandardby
2030.Although28countrieshavecommitted
includingAustria,Finland,France,Germany,theNetherlands,andSweden,withsupportfromtheEuropeanCommission,thisinitiativeservesas
justasteppingstonetowardsachievingnet-zeroemissionsby2050.
Inordertoconvertthesepledgesintorapid,
credible,science-basedaction,theLaudes
FoundationhassupportedClimateBondsto
developresourcesandguidanceforissuersof
greenbondsthatfacilitatethetransitionoftheirbuildingassetstonetzero.Thisfundinghas
supportedthelaunchoftheClimateBondsLowCarbonBuildingsCriteria2.1,outlinedinFigure1.
WhilethetoolsandtechnologiesforachievingtheBuildingsBreakthroughareavailable,theireffectivenessreliesonsupportfromanenablingpolicyenvironment.Policymakersneedtomakedecisionsabouthowtomakethebestuseofpublicfinanceaswellasdrawinprivatecapital.Inadditiontoengaginginvestorsandmortgagelenders,
theyneedtodesignastablepolicyenvironment,makingeffectiveuseoftheirurbanplanningandregulatorypowers.Therefore,substantialeffortsarerequiredfromstakeholdersatalllevelsof
governmenttoalignandworkcollectivelytowardsachievingalow-carbonbuiltenvironment.
Buildingsaccountforapproximatelytwo-thirdsoftheworld’shardassets,andmortgagesaccountforalmostEUR9tnonEuropeanbankbalance
sheetssofundingthebuildingstransitionto
netzerowillcomefromarangeofsources.1
Whilepublicmoneywillcontinuetoplayalargepartthroughgrantsandloans,inadditionto
taxincentivesforenergyefficientrenovations,
privatesourcesofcapitalincludinggreenbonds,mortgages,privateequity,blendedfinanceand
equityloanscanplayavitalrole.2Ofthese,theglobalgreenpropertybondmarketinparticularhasbeenanotablesuccessstory.IntheUSD4.2tnGSS+bondmarketattheendof2023,21.5%of
dealshadsometypeofbuildings-relatedUseofProceeds.3Thecontinuedgrowthofthismarketisimperativetoattracttheinvestmentrequiredby2050todeliverabuiltenvironmentthatisfuture-fit,lowcarbon,energy-efficient,safe,andresilient.
Withintheextensivepolicyframeworkfor
promotingrenewableenergyandenhancing
buildingenergyperformanceacrossthe
EuropeanUnion(EU),muchlegislationhas
beenrevisedrecentlytoprovideabetter
pictureofhowtheEUwillachieveanemissionsreductionof55%by2030,comparedto1990
levels.However,withtheEuropeanCommissionrecommendinga90%reductioninemissionsby2040,thismomentumneedstobemaintained
intothefuture.Thisreportaimstosetoutarangeofpolicyoptionsacrossthreelevels:theEU,
MemberStatesandCitiesandRegions,which
willhelptoembedregulationandmakeitmoreeffectiveinpractice.
AhighlevelsummaryoftheClimateBondsLow-CarbonBuildingsCriteria
•EnhancedclarityregardingtheutilisationoftheCriteriafornewbuildings,makingiteasier
forstakeholderstounderstandandadheretotheStandards.
•Technologicaladvancements:Byincludingnewbuildings,theseCriterialeveragethelatesttechnologicalcapabilitiesavailableinthe
constructionindustry,promotinginnovationandsustainability.NewbuildingsundertheCriteriamustnotgenerateenergyfromfossilfuelsources,andwillhaverequirements
aroundEVcharginginfrastructure.
•Expandedtypologycoverage:RecognisingthatnotallbuildingtypologieswerepreviouslyaddressedintheClimateBondsLow-CarbonBuildingsCriteria,theupdateaimstobridgegapsandensurethatabroaderspectrumof
buildingtypologiesandprojectscanmeettheseessentialsustainabilitybenchmarks.
•MorethanEnergyEfficiency:Determiningtheextenttowhichabuildingisgreenhas
historicallyfocusedonEnergyPerformanceCertificates(EPC),buthasnowfurtherbeenexpandedtoincorporatetheembedded
‘WholeLifeCarbon’,(WLC)ofabuildingasset.
•EUTaxonomy:AchievingCertificationwithClimateBondsensuresthatthebuildingstockisconsideredinlinewiththeEUTaxonomyrequirementsandachievesthefollowing;
•SubstantialContributionto
(1)climatechangemitigation,and
•DoNoSignificantHarm(DNSH)fortheremainingfiveobjectives(viz.(2)climatechangeadaptation,(3)sustainableuseandprotectionofwater&marineresources,(4)
transitiontoacirculareconomy,(5)pollutionpreventionandcontrol,and(6)protectionandrestorationofbiodiversityandecosystems).
ClimateBondshas
developeddefinitionsforwhatconstitutesagreenactivityorinvestmenttofacilitatebondissuance
andmarketscreening
methodologiesthatmonitorandrecord
issuancesacrossthefullspectrumoflabels
(includingGreen,Social,andSustainability-Linked).Theseindicatethepathwaytoraisingcapitaltosupportdecarbonisationinvarioussectorsandhard-to-abateindustries.
Firstlaunchedin2012,theClimateBondsLow-CarbonBuildingsCriteriawererevisedin2023,notablytocreateasetofcriteriafornewbuildings,markingasignificant
milestone.TheseCriteriabringseveralnoteworthyadvantages:
20PolicyLeverstoDecarboniseBuildingsinEuropeClimateBondsInitiative2
2.Context
Overathirdoftheenergy-relatedemissionsreductionsneededgloballyby2050are
inthebuiltenvironment.Buildingsplaya
significantroleinourlivesashomes,places
ofwork,commercialspaces,transporthubs,
recreationalfacilities,schools,hospitals,andmore.
Europealsohassomeoftheoldestbuilding
stockintheworldwithapproximately65%builtbefore1980.4TheBuildingPerformanceInstituteEurope(BPIE)estimatesthatover97%ofthe
region’sbuildingstockrequiresrenovationtoalignwithnet-zerotargetsby2050.5Thisgivesthedecarbonisationofbuildingsthesamedegreeofurgencyasanyofthehard-to-abateindustries.
GreenbondsandloansarealreadyfundingtheconstructionandrenovationofbuildingsintheEU,helpingthemtobecomemoreefficient,
low-carbon,resilient,andcomfortable.Arangeofpropertyownersandinvestorsareactive
issuersofsustainablefinancialinstruments,
includingmortgagebanks,housingassociations,realestateinvestmenttrusts(REITs)and
municipalhousingauthorities.However,
additionalpolicyinterventionsthatemphasisetheimplementationofrobustMinimumEnergyPerformanceStandards(MEPS)acrossallEU
MemberStatesarerequired.Akeyleverfor
MemberStatestoachievetheirMEPStargetistosetouttheirscience-basedpathwayforreducingemissionsfromthebuiltenvironment,with
significantstagingpostsat2030and2040.
Themodelforanet-zerofutureinthebuilt
environmentshouldfollowtheSER(Sufficiency,Efficiency,Renewables)frameworksetoutbytheIPCC.6Thisconsistsof:
i.avoidingthedemandforenergyandmaterialsoverabuilding’slifecyclethroughcircularityanddemand-sideresponsiveness(sufficiency);
ii.enhancingtheenergyefficiencyofbuildingmaterialsandappliances(efficiency)and;
iii.generatingrenewableelectricityforessentialfunctionssuchasspaceandwaterheating,
cooling,cooking,andlighting(renewables).7
Thereareapproximately131million
buildingsintheEUbutonly1%ofbuildingsarerenovatedforenergyeachyear.8,9
Thisslowrateofrenovationsmeansthateach
opportunitytoimprovetheenergyefficiency
ofabuildingneedsmaximising,withthe
lowestpossiblelifecyclecarbonimpact,to
avoidlocking-ininefficienttechnologies.TheEuropeanCommissionistargetingadoublingoftherateby2030inordertoboostthenumberofrenovations.10TheEnergyPerformance
ofBuildingsDirective(EPBD),willinitiate
renovationsaccordingtotheMEPSframeworkandnationaltrajectories.Itisimportantthat
Rapiddeploymentofheatpumps
Deployingheatpumpsis
crucialforthetransitiontocleanenergyandachievingcarbonneutralityin
accordancewiththegoalssetintheEuropeanGreen
Deal.Allthepolicyscenariossupportingthe‘Fitfor55’legislativeproposalshighlighta
substantialincreaseintheuseofheatpumpsacrossvarioussectors,especiallyinbuildings.
AccordingtotheInternationalEnergyAgency(IEA),widespreadadoptionofheatpumps
Figure1.TherapiddeploymentofheatpumpsinEurope
Global
EuropeJapan
China
Global
Europe
US
China
-5%0%10%20%30%40%50%
Rateofgrowthofheatpumpsalesin2021and2022
Source:ChartusesdatafromtheIEAWEI,202314
20222021
couldslashglobalCO2emissionsbyatleast500milliontonnesby2030,–equivalenttotheannualCO2emissionsfromallcarsin
Europetoday.
TheEuropeanHeatPumpAssociationreportsthatthecurrent20millionheatpumpsin
operationinEuropehavealreadysaved
around54milliontonnesofgreenhousegas(GHG)emissions,almostmatchingtheannualemissionsofGreece.
Global
theserenovationsareambitiousenoughtoalignwiththeEUTaxonomy,whichwouldincentivisefinancialinstitutionstooffersuitablerenovationproductsandgreenmortgages.
Governmentscanhelptomakeheat
generatedthroughelectricity,fromheatpumpsandothermeans,morecost-
competitivebyphasingoutpolicysupportforfossilgas.11
TheEuropeanScientificAdvisoryBoardon
ClimateChangenotesthatonlyaminorityof
MemberStatescurrentlyhaveclearplansand
timelinesinplacetophaseoutfossil-fuelsubsidiesintheirNationalEnergyandClimatePlans.12
ThepoliticalagreementfortheEnergy
PerformanceofBuildingsDirective(EPBD)
envisionsaphasingoutoffossil-fuelsubsidiesby
2040atthelatest.Byaimingtoachievethisgoalwellbeforethespecifiedtimeline,MemberStatescanminimisepotentialfossil-gaslock-in.
AsdiscussedinClimateBonds101sustainablefinancepoliciesfor1.5°C,aplantophase-
outfossilfuelsubsidiessendsaclearsignaltomarkets.13In2013,Denmarkbannedtheinstallationofnewfossil-fuelboilersandthe
Netherlandshasrestrictedconnectionstothe
fossil-gasgridfornewbuildingssince2018.
Clearplansandtimelinesforphasingout
subsidies,aswellasbanningnewconnectionstofossil-fuelnetworks,candriveinvestmentintogreenbuildingtechnology.
Total
Air--toairAir-to-water
20PolicyLeverstoDecarboniseBuildingsinEuropeClimateBondsInitiative3
In2022,overUSD150bnofinvestmentexpenditurewasdedicatedtoenergyefficiencyandelectrificationof
Europe’sbuildings.15
Giventhechallengingconditionsforfinancial
marketsin2023,itisexpectedthisfigurewillhavereducedslightly,butEuropecontinuestobethegloballeaderingreenbuildinginvestment.
Despitetheseimpressivecapitalflows,investmentstillneedstorampuptoreachtheEU’sclimategoals.
TheEuropeanCommissionestimatesthatanextraEUR275bnisrequiredeachyeartobridgetheinvestmentgapandachievetheEU’s2030objective,withasignificantportionofthesefundsbeing
directedtowardsenhancingenergyefficiency.16
AstudycommissionedbytheGreens/EuropeanFreeAlliancefromtheRousseauInstitutemodelsthatbuildingswillbethelargestsectorrequiringextrainvestment(EUR142bnp/a),outofatotalextrainvestmentofEUR360bnperyearinthe
transition,asshowninFigure3.
Investorsincreasinglyhavetools
availabletoassesstheclimateimpactoftheirrealestatefundsandportfolios.17
DisclosurerequirementsundertheSustainable
FinanceDisclosureRegulation(SFDR)require
real-estatefundmanagerstoconsiderthe
sustainabilitycharacteristicsoftheirportfolios.Forassetowners,greeningtheirholdingshelpstoprotectagainsttransitionrisksasMemberStatespushtowardzero-emissionbuildingstandards.Thereisagrowingbodyofevidencethat
sustainablebuildingsholdvaluebetterinmarketdownturns,meaningthatenergyefficiencyis
emergingasanimportanthedgeagainstmarketvolatilityforrealestateinvestors.18
Figure2.Energyeffeciencyspendingonbuildingsrosein2022,
buttheongoingcost-of-livingcrisisandeconomicuncertainty
couldreduceinvestmentin2023
EuropeUnitedStatesChinaRestofworldShareofelectricationspending
USDBillions(2022)
30030%
20%
10%
0
200
100
0
20162017201820192020202120222023e
Shareofelectrificationspending
Source:ChartusesdatafromtheIEAWEI,2023
Figure3.Totalyearlyextrainvestment:360bn€/year
120
80
40
0
Agri-culture
Transport
Energy
production
Cross-BuildingsIndustryCarbonWaste
sectorsinks
Note:ReproducedfromGreens/EuropeanFreeAlliancestudy,InstitutRoussea19
Policyinterventionsareneededtoaddressbarriersandtrade-offs.
Despitethewidespreadacknowledgmentoftheneedtoenhancetheenergyefficiencyofbuildings,progresshasbeenslow.Thismaybeduetovariousfactors,encompassingbothfinancialandnon-
financialbarriers,asoutlinedintable1.Targetedpolicyinterventionscanaddressanumberof
thesebarriers,suchasprovidingsupporttoreducetheup-frontcostsoflow-carbontechnologies,
incentivisinglenderstoengageinmoregreen
lending,andaddressingskillsandknowledgegaps.
USDBillions
Table1:Financialandnon-financialbarrierstorenovatingbuildingsintheresidentialandcommercialsectors
FinancialBarriers
Non-financialbarriers
Residential
•Costofrenovationorinstallinglowcarbonheating
•Limitedaccesstocapitalordifficultyfinancingrepayment
•Thecostofrenovatingthepropertymayhavealongpaybackperiodagainstthebenefitofenergysavings
•Therearefewpropertytaxincentivestoimproveenergyefficiency,aswellasalackofpenaltiesforkeepingfossilfuelbasedheating
•Forlandlordsthereisasplit-incentiveiftheypayrenovationcosts,butdonotbenefitfromlowerenergybills
•UncertaintyaroundthedurationofGovernmentgrantsandothersupport
•Mostpeoplelackprojectmanagementexpertise,makingmanagingarenovationchallenging
•Lackofinformationonnewtechnologies
•Skilledtradespeoplemightbedifficulttofindorinhighdemand
•Inconveniencewhilerenovationworkisongoing,particularlyforlargeritemssuchasunder-floorheating
•Formulti-unitblocksitcanbedifficulttosecurepermissionfromthebuildingowner
•Someownersmayopttowaitforgreatertechnologicalmaturitybeforerenovatingtheirownproperty
•Planningpermissionorotherpermitscanbedifficulttoobtain
Commercial
•Carryingoutrenovationscarriesacostbutmaynotattracthigherrentsoryield
•Limited(butemerging)evidencethathighenergyefficiencyaddspropertyvalueorprotectsagainstmarketdownturns
•Tenantsmayopttomovetonewerbuildingsratherthancontributetopayingforimprovements
•Higherinflationandinterestrateshaveincreasedthecostofinvestmentduetoinflationinthecostofmaterials
•Large-scaleworksoftenrequireavacancyperiodwhichcaninconveniencetenants
•TheremaybepolicyuncertaintyorlackofawarenessaroundMEPS
•Manybusinessesarecurrentlyseekingtoreduceofficespaceorhigh-streetfootprintratherthaninvestfurther
•Somecommercialbuildingsmayhavemixeduseswitharangeoftenuresandsub-leasingagreementswithtenants,makingagreementonrenovationplansmoredifficult
20PolicyLeverstoDecarboniseBuildingsinEuropeClimateBondsInitiative4
3.Theexistingpolicylandscape
Energyefficiencyandrenewableenergy
inbuildingsisaddressedacrossarangeofregulationsanddirectivesattheEUlevel.AsummaryofthemainpiecesoflegislationisprovidedinTable2.
EnergyPerformanceof
EPBD
BuildingDirective(EPBD)
TheEPBDisthecorepieceoflegislationforharmonising
sustainablebuildingsstandardsacrosstheEU.Itplaysacrucialrolewithintheframeworkof
theEUClimateLaw,GreenDeal
andFitfor55package.20ThepoliticalagreementreachedinDecember2023andpassedinthe
EUParliamentinMarch2024willrequirenew
buildingstobebuilttoazeroemissionstandardfrom2030butthereisalsoanemphasisondrivingrenovationofexistingbuildings.21
Theagreementfocusesonacceleratingenergy-efficientrenovationsintheworst-performing
EUbuildingsbyestablishingMinimumEnergy
PerformanceStandards(MEPS)andnational
trajectoriesforrenovation.Thesemeasuresaimtodrivesignificantimprovementsinbuildingefficiency,reducegreenhousegasemissions,andsupportthetransitiontoamoresustainablebuiltenvironment.
TheEPBDagreementsetstargetsandtimelinesforMEPS,aswellasareviewclause,withthe
CommissionassessingwhetherfurtherbindingmeasuresatEUlevelwillneedtobeintroducedtoachievetargetsfor2030and2035.
EachMemberStatewillagreetheirtargetsand
timelineswiththeCommissionthroughNationalRenovationPlans,aspartoftheprocessfor
NationalEnergyandClimatePlans(NECPs),butmustfollowcertainminimumcriteria:
•MEPSinnon-residentialbuildings:By2030allnon-residentialbuildingswillneedtobeabovethe16%worstperformingbenchmarkandby2033above26%.
•Nationaltrajectoriesforresidentialbuildings:MemberStateswillberequiredtoensure
thattheaverageenergyconsumptionoftheresidentialbuildingstockisreducedby16%by2030,andbyarangeofbetween20-22%in2035with55%oftheenergyreduction
achievedthroughrenovationoftheworstperformingbuildings.
OtherkeymeasuresoftheEPBDinclude:
•Fossilfuelphase-out:Thedecarbonisationofheatingandcoolingwithaviewtocompletelyphasingoutfossilfuelboilersby2040,with
subsidiescutfrom2025.Financialincentives
willstillbepossibleforhybridheatingsystems,suchasthosecombiningaboilerwithasolarthermalinstallationoraheatpump.
Table2.LegislativeframeworksupportingbuildingdecarbonisationintheEU
TaxonomyRegulation
EPBD(EnergyPerformanceofBuildingsDirective)
EED(EnergyEfficiencyDirective)
ConstructionProductsRegulation
CarbonBorderAdjustmentMechanism(CBAM)
EmissionsTradingSystem(ETS2)
MCD(MortgageCreditDirective)
SFDR(SustainableFinanceDisclosureRegulation)
RenewableEnergyDirective
PublicProcurementDirective
•Newresidentialbuildings,from2030,willneedtooptimisesolarenergygeneration
subjecttoconditions,andcapabilitiesfittedprogressivelyinotherbuildings.
•Allnewbuildingswillneedtobebuilttoazero-emissionbuildingstandardfrom2030,withnewpublicbuildingsmeetingthestandardfrom2028.
•AvoluntaryframeworkforMortgage
PortfolioStandardsincentivisingmortgagelenderstoestablishapathtoincreasethe
medianenergyperformanceoftheportfolioofbuildingscoveredbytheirmortgages
towards2030and2050.
RenovationWave
TheRenovationWaveisapolicyframework
undertheFitfor55strategyandaimstodoublebuildingrenovationratesby2030,enhancingenergyandresourceefficiency.TheRenovationWaveisanticipatedtodrivetheupgradingof35millionbuildings.Itisanopportunityto
drawinextrainvestmentandcreatenewskillsandemployment.Ifitmeetsitsobjectives,thisinitiativeisprojectedtocreateupto160,000greenjobsintheconstructionsector.22
RenewableEnergyDirective
TherevisedRenewableEnergyDirectiveenteredintolawinNovember2023withtheobjective
ofraisingtheshareofrenewableenergyinthe
EU’soverallenergymixto42.5%by2030,withanadjustmenttargetinga45%headlineshare.Forbuildings,thereisatargetofa49%renewableenergyshareby2030.
Italsoprovidestargetsforagradualincreaseinrenewableheatingandcooling,witha
bindingincreaseof0.8%peryearuntil2026atanationallevel,and1.1%in2026–2030.This
MinimumEnergyPerformanceStandards(MEPS)
TheEPBDdefinesminimumenergy
performancestandards(MEPS)as‘rules
thatrequireexistingbuildingstomeetanenergyperformancerequirementaspartofawiderenovationplanforabuildingstockoratatriggerpointonthemarket(saleorrent,donationorchangeofpurposewithinthecadastreorlandregistry),inaperiodoftimeorbyaspecificdate,therebytriggeringrenovationofexistingbuildings.’
issupplementedbyfurthertargetsspecifictoMemberStates.Therapiddeploymentofheatpumps,whichprovideheatingandcoolingfromambientenergy,isanimportanttechnologicalaimunderthisDirective.23
EnergyEfficiencyDirective
TheEnergyEfficiencyDirectivewasalsorevisedunderFitfor55andrequiresacollective
reductionofenergyconsumptionof11.7%
acrosstheEU.ThisDirectivecontainstargets
aroundrenovatingbuildingsforenergyefficiency,providessupporttosocialhousing,andincreasesrequirementsforenergyefficiencyinheatingandcoolingaswellasdistrictheating.24
Withmostofthesepolicyinitiativeseitherin
force,ornearingcompletion,thereisaclear
pictureofthepathto2030.However,withtheCommissionrecommendinga90%reductioninemissionsby2040,clearlythismomentum
needstobemaintainedintheperioduntiltheselegislativefilescomeupforrevision.
Tothisend,ClimateBondshassetoutarangeofpolicyoptionsfortheEU,MemberStatesandCitiesandRegions,whichwillhelptoembed
regulationandmakeitmoreeffectiveinpractice.
20PolicyLeverstoDecarboniseBuildingsinEuropeClimateBondsInitiative5
20policyleverstodecarbonisebuildingsinEurope
EULevel
1.Strengthenacommonapproach
tobuildingenergyperformance
2.Providetechnicalassistance,
targetedfundingandcentralised
data/analysis
3.Adoptusabilityreformsfor
aligningfinancialinstrumentsto
theEUTaxonomy
4.Strengthenandharmonise
accesstobuildingenergy
performancelabels
5.Setacommonframeworkforbuildingrenovationpassports
6.CreateavoluntarydefinitionofagreenmortgageinlinewiththeEuropeanBankingAuthority(EBA)Opinion
7.Collectingandpublishinga
databaseofNearlyZeroEnergy
Building(NZEB)methodologies
throughtheNationalEnergy
andClimatePlanprocess,would
improvevisibilityforlenders.
MemberStates
8.CentralGovernmentsetsthe
toneforadoptingsustainable
buildingandrenovationpractices
9.Focusincentivesontheelectrificationofbuildings
10.Incentiviseenergy
efficiencyimprovements
throughthetaxsystem
11.Raiseawarenessthroughnationalcampaigns
12.Createcentralknowledgehubs
forinnovativefinancingschemes
13.Publicprocurementtiltedtowardsgreenmaterials
14.Decidetheoveralldesign
andoperationofOne-StopShopsforrenovation
15.Studyembodiedcarboninthe
domesticconstructionindustry
andnationalbuildingstock,with
aviewtointroducingWLClimit
valuesinthemediumterm
Citiesandregions
16.Citiescanusedesign
andbuildingcodestodrive
adoptionofzero-emission
buildingstandards
17.Encouragelargecontractors
andbuildingportfolioownersto
publishtransitionplans
18.Identifyareasofhigh
populationdensitysuitablefor
connectiontodistrictheating
19.Providesignpostingand
guidancetoavailablefundingfor
buildingowners
20.Establishtraininganddevelopmentschemesforgreenworkers
EULevel
1.Strengthenacommon
approachtobuilding
energyperformance.
AtCOP28,theEUCommission
announcedatargetto
doubletheannualrateof
globalenergyefficiency
improvementsfrom2%to
4%by2030undertheGlobal
PledgeonRenewablesandEnergyEfficiency.25AttheEUlevel,strengtheningacommonapproachtoenergyperformancewillhelptoreformsupplychains,aggregatedemand,andboostskillsandemploymentacrosstheUnion.
WhileMemberStatesunderstandablyseektopreservesomecontroloverratesofbuildingrenovationandthespeedoftransitionintheirenergymarkets,forinternationalinvestors,
banks,andindustrytoefficientlyallocate
capitalandresources,itisparamountthattheCommission:
i.EngagesMemberStatestotransposethe
revisedEPBDinacohesivewayonissuessuchasEPCmethodologies,nearlyzeroenergybuilding(NZEB)andzero-emissionbuildings(ZEB)
definitions,and;
ii.Establishesacommonmethodologyfor
baseliningtheenergyperformanceofnon-
residentialbuildingstockundertheMEPSandresidentialbuildingstocksubjecttotherevisedEPBD’snationaltrajectories.26
2.Providetechnical
assistance,targetedfunding
andcentraliseddata/analysis.
Recognisingthatthenetzerotransitioncansignifycostsforhouseholds,theCommissionhascreatedtheSocialClimateFundalongsidetheEmissionsTradingSystem2(ETS2).27One
ofitsaimsistoprovidededicatedfundingfor
MemberStatestosupportfuel-poorhouseholdsthrougha
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