Strategic Research and Innovation Agenda for Renewable ... - EGEC

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AStrategic Research and Innovation Agenda for Renewable Heating & CoolingAppendixAppendix 6Abbreviations, Acronyms and Units of MeasureAHPAir-source heat pumpALPOAlumino-PhosphateAlSialuminium-silocon alloyATESAquifer Thermal EnergyStorageBHEBorehole Heat ExchangerBIOBiomassBTESBorehole Thermal EnergyStorageCAPEXCapital ExpenditureCCTCross-Cutting TechnologyCENEuropean Committeefor StandardizationCFDComputational Fluid DynamicsCHPCombined Heat and PowerCHP-CCombined Heat, Powerand Cooling (trigeneration)COCarbon MonoxideCO 2Carbon DioxideCOGENCogenerationCOPCoefficient of PerformanceCTESThermal Energy Storagein Artificial CavernsD.combDirect Co-combustionwith CoalDHDistrict HeatingDHCDistrict Heating and CoolingDHWDomestic Hot WaterECEuropean CommissionEF-MGTExternally Fixed Micro-GasTurbineEGECEuropean GeothermalEnergy CouncilEGSEnhanced Geothermal SystemsEHPAEuropean Heat PumpAssociationEIBEuropean Investment BankESPElectric Submersile PumpESPsElectrostatic PrecipitatorsESTIFEuropean Solar ThermalIndustry FederationESTTPEuropean Solar ThermalTechnology PlatformEUEuropean UnionEURAC ResearchEuropean Academy of Bozen/BolzanoEWGEnvironmental Working GroupFBCFluidized Bed CombustionFBsFluidized BedsFeCrAlKanthal (Iron-Chromium-Aluminium)FWSFödergemeinschaftWärmepumpen SchweizGEOGeothermalGHGGreenhouse GasGSHPGround Source Heat PumpGUEGas Utilisation EfficiencyGWPGlobal Warming PotentialH&CHeating and CoolingHGIHigher Hargrove GrindabilityIndexHPHeat PumpHTHigh TemperatureHVACHeating, Ventilation& Air ConditioningICInternal CombustionICTInformation and CommunicationTechnologyIEAInternational Energy AgencyIGCCIntegrated GasificationCombined CycleInd.combIndirect Co-combustionwith CoalLiBrLithium BromideLSPLine-Shaft PumpLTLow TemperatureNREAPsNational Renewable EnergyAction PlansO&MOperation and MaintenanceOECDThe Organisation forEconomic Co-operationand DevelopmentOGCOrganic Gaseous CarbonOPEXOperational ExpenditureORCOrganic Rankine CyclePbLeadPCMsPhase Change MaterialsPMParticulate MatterPRIMESAs a partial equilibrium modelfor the European Union energymarkets, PRIMES is used forforecasting, scenario constructionand policy impact analysisup to the year 2030PTESPit Thermal Energy StoragePVTPhotovoltaic ThermalR&DResearch and DevelopmentRDFResource DescriptionFrameworkREDRenewable Energy DirectiveRESRenewable Energy SourcesRHC (RH&C)Renewable Heating and CoolingSAPOSilico-AluminophosphatesCOPseasonal Coefficientof PerformanceSPFSeasonal Performance FactorSRAStrategic Research and InnovationAgendaSTSolar ThermalTCThermo-ChemicalTCMThermo-Chemical MaterialsTESThermal Energy StorageTMFThermal Mechanical FatigueTRLTechnology ReadinessLevelsTTESTank Thermal Energy StorageTVSTechnical and Vocational SchoolUTESUnderground Thermal EnergyStorageVATValue Added TaxZnZincηHHellström-Efficiency98
RenewableHeating & CoolingEuropean Technology PlatformUnits of Measure°Cdegrees Celsius€Euro€/mEuro per meter€/tonEuro per tonne€/WEuro per Watt€/W elEuro per Watt electricalEUR/GJEuro per GigajouleEUR/MWhEuro per Megawatt hourEuro/kWEuro per KilowattgGrammesGJgigajoule = 10 9 joulesGtgigatonne = 10 9 tonnesGW eGigawatt ElectricalGW thGigawatt of thermalcapacity = 10 9 wattsKThousandK/(W•m)Kelvin per Watt and meterKJ/kgKilojoules per kilogramkWKilowattkW elKilowatt Electrical CapacitykWhkilowatt-hour = 10 3 x 1 hourkWh/m 3Kilowatt hours per meter cubedkWh/tKilowatt hours per tonnekW thKilowatt Thermal Capacityl/sLitres per secondmMeterM€/MWMillions of Euro per Megawattm 2Square MetermgMilligrammg dust/MJConcentration in milligramof dust per Megajoulemg CO/MJConcentration in milligram ofCarbon Monoxide per Megajoulemg OGC/MJMilligram Organic GaseousCarbon per MegajouleMtmegatonne = 10 6 tonnesMtoeMillion tonnes of Oil Equivalent =10 6 tonne of oil equivalentMWhMegawatt hourMW thMegawatt ThermalOGC/MJOrganic Gaseous Carbonper MegajoulePJPetajouleTTonneTWhterawatt-hour =10 12 watt x 1 hourWwattsW/m/KWatts per meter and KelvinW elWatt ElectricalηHHellström-Efficiency99
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