IEC TR 61850-90-27-2023.docx

IECIECTR61850-90-27Edition1.02023-08TECHNICA1.REPORTco1.ourinsideCommunicationnetworksandsystemsforpoweruti1.ityautomation-Part90-27:UseofIEC61850fortherma1.energysystemsconnectedtoe1.ectricpowergridTHISPUB1.ICATIONISCOPYRIGHTPROTECTEDCoPyright©2023IEC1Geneva,Switzer1.andAJ1.rightsreserved.UnteesO1.herWigespecified,nopartofthisPUb1.iCabonmaybereproducedoruti1.izedinanyformOfAanymeans,e1.ectronicormeca11<ca1.,inc1.udingpoxx>opyigandmcro1.m,WAhOSpermissioninwntngfromeitherIECofIECmemberNationa1.Committeeinthecountryoftherequester.IfycuhaveanyquestionsaboutIECcopyrighthaveanenquiryaboutOb1.aningancona1.rightStothsPUbtCagn.pte-ascontacttheaddressM11oryour1.oca1.IECmc11crNatKXI霖COmn1.inC«f<xfurtheri11formatkx.IECSeaeiariaiTd.:412291902113.ruedeVarembe,M<*cchCH-1211Geneva20*ww.iec.chSWtZedBndAbouttheIECTheInternabona1.tectrotech11>ca1.Commtsskxi(IEC)isth©1.eadinggot>a1.organizationthatpreparesandpunishes1.n½f11abona1.Standards1.ota1.1.e1.ectricai.Gectronicandre1.atedIechnoksgies.AboutIECpub1.icationsThetechnica1.contortdIECpub1.ications»$keptunderconstantreviewbyIbCIECP1.cascmakesurothatyouhavethe1.atestedition,a<xrendumoranamendmentfnhthavebeenpuUed.IECpub1.icationssearchwcbstorc.icc.chadvscarchformTheadvancedsearchenab1.estofindIECpub1.icationst>yaIafteCyotcriteria(referencenumber,texttechnica1.oommitt<jo.1.Kateogivesinformabo11onprojects,rep1.acedarriw!hdrav,npub1.ications.IECJustPub1.ished-webstore.iec.ch,Justpub1.tshedStayuptodaU?onoi1.nowIECPUbhaItiOns.JUStPuMshodde1.atea1.1.newpub1.>cat3reteased.Avai1.ab1.eon1.ineandCnCeamonthbyemai1.IECCustomerServiceCentre-webstore.1.ec.chescIfyouwhtogrveuyourfeedbackonthispub1.icationorneedfurtherasstsia11,p1.easecontacttheCustomerServiceCnure.sates©»ec.ch.IECProducts&ServicesPor1.a1.products.icc.chDiscoverourPCWCrfU1.soarcengineandrc<×Jfree1.ya1.1.mCPuWkcatkxispreviews.WithaSuOecnpt1.onyouMIatwa>shaveaccessiouptoda1.eco11W11ttai1.oredtoyourneeds.EIaetrOPed3www.Hectropedia.orgTheVVOfIcfsIeadngon1.inedictionaryondectrotechno1.ogy,nia11ingmorethan22300trm11otogica<entriesinEng1.shandFrench,withequcvaie!termsin19additiona1.1.anguages.A1.soKnOWnasteInternationa1.Etectfotechnica1.Vocabu1.ary(IEV)oi11o.IECTR61850-90-27Edition1.02023-08TECHNICA1.REPORTco1.ourinsideCommunicationnetworksandsystemsforpoweruti1.ityautomation-Part90-27:UseofIEC61850fortherma1.energysystemsconnectedtoe1.ectricpowergridINTERNATIONA1.E1.ECTROTECHNICA1.COMMISSIONICS33.200ISBN978283227J395Warning!Makesurethatyouobtainedthispub1.icationfromanauthorizeddistributor.®ftVgvrtrMMw<n,>rfC<>5ifwcnCONTENTSFOREWORD8INTRODUCTION101 Scope1.1 Genera1.111.2 Datamode1.Namespacenameandversion111.3 Datamode1.NamespaceCodeComponentdistribution122 Normativereferences133 Termsanddefinitions134 Abbreviatedterms161 .1Genera1.purposeabbreviatedterms164 2Abbreviatedtermsusedindataobjectnames175 Overviewoftherma1.systems175.1 Genera1.175.2 Systemstructure185.3 Energytranstorma1.ion195.3.1 Genera1.195.3.2 Transformationfrome1.ectricitytotherma1.energy195.3.3 Transformationfromtherma1.energytoeectrty205.3.4 CHPdevce206 Usecases2161Genera1.2162Commonactors211.1.1 Genera1.21622ActorsfromIEC6291323211.1.3 Actorsoriginatingwithth©therma1.energydomain236.3 Usecase1:"Aggregatedenergystorageinbuddingsfore1.ectricitygridcongestionmanagementviaCtectricitydemandshifting*236.3.1 Motrva1.ion236.3.2 So1.ution236.3.3 Benefrt246.4 Usecase2:Sma1.1.-sca1.ecogenerationfore-gridstabi1.isationandheatgenerationforuseinbui1.dingorinjection256.4.1 Motfva1.ion256.4.2 So1.ution256.4.3 Benefits2565Usecase3:Centra1.isedboatpumpsfo<hotwaterstorageinDHatfaci1.ities266.5.1 Motivation26652So1.ution266.5.3 Benefit266.6Usecase4:Providingtertiaryreservetoe1.ectricpowersystemsbydemandresponseUS1.ngtherma1.energystorage.266.6.1 Genera1.266.6.2 Motrva1.ion266.6.3 So1.ution276.6.4 Benefits287 Informationmode1.requirements287.1Genera1.2872Mappingsofrequirementson1.Nc1.assesattheresource1.eve1.2873Mappingsofrequirementson1.Nc1.assesa1.theoperationa1.function1.eve1.337.4Mappingsofrequirementson1.Nc1.assesatthereferencepoint1.eve1.intherma1.energynetwork348 1.ogica1.nodec1.assesanddataobjectsmode1.1.ing3681Gonera1.361.1.1 Genera1.361.1.2 Mode三gprincip1.esof1.ogica1.nodesconsideringsectorcoup1.ing3682Gee11cresource1.N398.2. Generic1.Nc1.assesre1.atedtoeectrcaDERs(DGEN.DSTOandD1.)39822Generic1.Nc1.assesre1.atedtotherma1.energyresources(DGTH,DSTHandD1.TH)391 .2.3Generic1.Nc1.assesreiatedtobothe*ectricaJDERsandtherma1.energyresources(DETHandDETG)408 31.Nc1.assesre1.atedtospc>1ictypeofunits408.3. Genera1.408.3.1 Mode*ngP2Hunits418.3.2 Mode1.ingofCHP448.3.3 MOdeengoftherma1.storageunits4584Mode1.1.ingofoperationa1.functionsforenergyservices468.5Mode1.1.ingofreferencepointsintherma1.systems4891.Ndassdefinitions499.1Genera1.499-2Abstractk>gicanodesf<xtherma1.systems(Abs(ract1.Ns_90_27)491.1.1 Genera1.49922<<abstract>>1.N：AJienergy(e1.ec1.ricity,therma1.energy,andgas)mixedDERName:AIIEnergyNfcxGdDER1.N511.1.3 <<abstract>>1.N：Transformationfrome1.ectricitytotherma1.Name：TransformabonFromE1.ectricityToTherma1.1.N511.1.4 <<abstract>>1.N：Transformationfromtherma1.energytoe1.ectricityName:TransformationFromTherma1.TOEtectricity1.N521.1.5 <<abstract>>1.N：Mixedeectrdtyandtherma1.generatorName：MixedE1.ectricityAndThermaIGenerator1.N521.1.6 <<abstract>>1.N：Therma1.resourceName：ThermaiResouroe1.N521.1.7 <<abstrac1.>>1.Ntherma1.storageoperationa1.settingsName：NtonThermaistorageopera1.iona1.Setbngs1.N531.1.8 VVabS1.raCt>>1.N：Therma1.storageoperationa1.settingsNarne:ThermaistorageOperationaiSettings1.N541.1.9 <<abstract>>1.N：E1.ectricitytotherma1.energyunitNameE1.eCmCrtyTOThenrna1.UM1.N541.1.10 2.10<<abstract>>1.N:Therma1.operationfunctionName:ThefmaioperationaIFunction1.N541.1.11 <<abstract>>1.N:Therma1.referencepointName:ThermaIReference1.N541.1.12 <<abstract>>1.N:Physica1.therma1.referenceName:Physica1.ThermaiReterence1.N551.1.13 <<abstract>>1.N:Virtua1.Therma1.ReferencePointName:VirtuaITherma1.Reference1.N559.3 Generic1.ogica1.nodesIortherma1.resource(1.NGrotpD)569.3.1 Genera1.569.3.2 1.N:Therma1.generatingresourceName:DGTH569.3.3 1.N:Therma1.storageresourceNaine：DSTH619.3.4 1.N:Therma1.1.oadresourceName:D1.TH659.3.5 1.N:M<xdGtectricityandtherma1.generatingunitName:DETG689.3.6 1.N:E1.ectridtytotherma1.transformingunitName:DETH719.4 Extended1.ogica1.nodesfordistributedenergyresources(1.NGroupD)749.4.1 Genera1.749.4.2 1.N:DERgeneratingunitextendedIn90-27Name:DGENExt749.4.3 1.N:DERtoadunitextendedin90-27Name:D1.ODEx18495Untype1.ogcanodesfortherma1.resources(1.NGfoupD)939.5 .Genera1.939.5.2 1.N:CHPsystemCoEro1.IerName:DCHCE×1939.5.3 1.N:Fue1.Cd1.contro1.1.erName:DFC1.Ext969.5.4 1.N:E1.ectricheatpumpName:DHPM999.5.5 1.N:E1.ectricresistanceheaterName:DRSH1039.6 1.ogica1.nodesforoperationa1.functionsre1.atedtotherma1.systems(1.NGfoupD)1059.6.2 Genera1.1059.6.3 1.N:Tfortprofi1.eName:DTHP1059.6.4 1.N:ModetocauseDERtose<activepowerName:DWGCExt1079.7 1.ogica1.nodesfortherma1.referencepoints(1.NGroupD)1129.7.2 Genera1.1129.7.3 1.N:Therma1.ConnectionPointName:DTCP1139.7.4 1.N:Therma1.PointofCommonCoup1.ingName:DTPC1159.7.5 1.N:Virtua1.Therma1.ConnectionPointName：DVTR117981.ogica1.no<Jesformetrmgandmeasurement(1.NGroupM)1191.1.1 Genera1.1191.1.2 8.21.N:1.oca1.O1.ee1.rtpowersystemmeasre11etNameM1.PS1201.1.3 1.N:Therma1.energyrneasurementName:MTHM1229.9 1.ogica1.nodesforfurtherpowersystemequipment(1.NGroupZ)1249.9.1 Genera1.1249.9.2 1.N:PowerCabteName:ZCABExt1249.9.3 1.N:PoweroverheadkneName:Z1.INExt1279.10 Enumerateddataattrtoutetypes1309.10.1 Genera1.1309.10.2 C1.asses1.ist1319.10.3 ThermaKSeneratorStateKindenumeration1319.10.4 ThefmaKseneratorOpcrabonModeTyeCnUmOrat»On1329105ThermaistorageopcrationCon1.foIKindenumeration1329.10.6 HeatSourceKindenu11wration1329.10.7 CompressorKind11umration1339.10.8 ThermaicomIor1.StatusKindenumeration1339.10.9 ThermaIStorageKindenumeration1339.10.10 ThermaINtediumKindenumeration1349.10.11 FUGCeiIKindenumeration1349.10.12 TCP1.siandStateKindenumeration1359.10.13 Therma1.GenerationKMKjenumeration135AnnexA(mfo<ma1.ive)Comp1.etedescrtosotusecases136A.1Aggregatedenergystorageinbui1.dingsIore1.ctrk>1.ygridCongestoonmanagementviae1.ectricitydemandshifting136A1.1Descriptionoftheusecase136A12DiagramSofusecase138A13Technica1.detai1.s139A1.4Stepbystepana1.ysiso(usecase142A15Informationexchanged147A1£Commontermsanddefinitions147A_2Sma1.1.-sca1.ecogenerationtore-gdstabi1.isationandheatgenerationforuseinbui1.ding(Xinaction147A2.1Descriptionofusecase147A22Diagramsofusecase149A23Technica1.detai1.s151A24Stepbystepana1.ysisOtusecase153A25Informationexchanged158A26Commontermsanddefinitions158A3CentraiisedbeatpumpsforhotwaterstorageinDHp1.antfao1.ites158A31DeSaBtionofusecase158A32Diagramsofusecase160A33Technica1.detai1.s162A34Stepbystepana1.ysisofusecase1G4A35Informationexchanged166Commontermsanddefinitions167A.4Providingtertiaryreservetoe1.ectricpov/ersystemsbydemandresponseusingtherma1.energystorage167A4.1DeSCrPtiOnofusecase167A42Usecasediagram172A43Technica1.detai1.s173A44Stepbystepana1.ysisOtusercase174A45Informationexchanged177A46Commontermsanddotinidons179AnnoxB(mf(xmativ)Considerationsof1.NdesigntorCHP180Figure1-Atypoca1.structureoftherma1.system18Figure2-Aconfigurationofheatpump19Figure3-Atypica1.configurationofaCHPdevice20Figure4-Configurationandbehaviourofapo1.ymere1.ectro1.ytefue1.ce1.21Figure5-UCiCase1：Theaggregatede1.ectricitydemandisIOwer1.hane1.ectricitygeneration24Figure6-UCiCase2Theaggregatede1.ectricitydemandishigherthane1.ectricitygeneration24Figwe7-MainusecasediagramofUC4：PrOViangtertiary(eservetoe1.ectricPOWCrsystemsbydemandresponseusingtherma1.energystorage27Figure8-Hierarchica1.c1.assmode1.ofDERresources-basicPnnCoiCS37Figure9-PrinaptestoguidetheextensionofIEC61850-7-420forsupportingothertypesofenergies38Figure 10 -1.ogica1.OodGSrepresentingdatare1.atedtotherma1.system40Figure 11 -Anexamp1.eofasimp1.eDERresourcemode1.ofaPVgeneratingUni1.41Figure 12 -Mode1.1.ingofaheatpump43Figure 13 -DataobjectsinD1.ODandDETH44Figure 14 -Mode1.1.ingofaCHP45Figure15-Anexampieoftherma1.storageresourcesinc1.udingtherma1.massinabui1.dingwithmappingsto1.ogica1.nodes46Figute16-OERGenMCrx>d(H47Figure 17 -Mode1.1.ingofoperationa1.functionsfortherma1.systems48Figure 18 -C1.assmode1.ofanE1.ectricReferencePoint48Figure 19 -Proposedextensionofthedassmode1.ofanEtedricReferencePoint49Figure 20 -C1.assd*agramAbstfaciResource1.Ns50Figure 21 -C1.ass(SagramAbstractUnit1.Ns50Figure 22 -C1.ass(XagramAbsttaciopcrationaiFunction1.Ns51Figure 23 -C1.ass(Bagramforresources56Figure 24 -C1.assCfiagramforresourceunits93Figure 25 -C1.assdiagramfortherma1.referencepoints113Figure 26 -C1.assdiagramformeasurements120Figure 27 -C1.assd*agramforImesandcab*es124Figure 28 -C1.assdigramDOEnums_90_27:DOEnums_90_27131FigureA1-FaciityHVACsystemMhTherma1.EnergyStorage-Norma1.Operation(PeakShift)169FigureA.2-FaciityHVACsystemwithTherma1.EnergyStorage-DemandResponsewithNorma1.Operation169FigureA.3-Therma1.energystoragesystemconfiguration170FigureA.4-Therma1.systemandre1.atedactors170FigureA.5-HVAC&Rfaci1.itiesoperationsiregu1.arrotation171FigureA.6-Usecasediagramforprovidingtertiaryreservetoe1.ectricpowersystemsbydemandresponseusingtherma1.energystorage172FigWeA7-Sequencediagramforprovidingtertiaryreserve!oe1.ectricpowrsystemsbydemandresponseusingtherma1.energystorage173Tab4e1-TrackingInfOnnatiOnof(Tr)IEC6i850-90-27:2023Anamespace12Tabte2-Attnbutesof(Tr)IEC61850-90-272023Anamespace12TaWe3-Normativeabbreviationsfordataobjectnames17Tab4e4-Com11x>actorsfromIECSRD629132322Tab4e5-Actorsoriginatingwiththerma1.energydomain23TaWc6-MappingsofrequirementsandIEC61850forDERsystemandcoup1.ingpon1.29Tabte7-MappingsofrequirementsandIEC61850forP2Hsouo29Tabte8-MappingsofrequirementsandIEC61850foraggregatedenergystorageresrce31Tab1.e9-MappingsofrequirementsandIEC61850forCHPresource32Tabte10-MappingsotrequirementsandIEC61850toroperationa1.function1.eve<34TaWe11-MappingsofrequirementsandIEC61850torreferencepoint34Tab4e12-DataobjectsofAiEnergyMixcdOER1.N51TaWe13-DataobjectsofTrans1.ormationFromE1.ectricityToThermaI1.N52TaWe14-DataobjectsofThGrmaIResource1.N52Tab1.e15-DataobjectsofNonThefniaistorageOperationaISettings1.N53TaHe16-DataobjectsofEIectricityTOThGrma1.Unit1.N54TabAe17-DataobjectsofThermaioperationaIFunction1.N54TaWe1.-DataobjectsofThermaiReference1.N55Tabte19-DataobjectsofPhysicaIThcrmaiRefercnce1.N55Tabte20-DataobjectsofVrtuamwrmaIReference1.N56TaW21-DataobjectsofDGTH57Tabte22-DataobjectsofDSTH61Tab*e23-DataobjectsofD1.TH65TabAe24-DataobjectsofDETG68TaWe25-Re1.ationsofDETGwithotherc1.asses71TaW26-DataobjectsofDETH71TaW27-Re1.ationsofDETHv/ithotherc1.asses74Tab1.e28-DataobjectsofDGENExt74TaWe29-DataobjectsofD1.ODExt85Tab4e30-DataobjectsofDCHCExt94TaWe31-DataobjectsofDFC1.Ext96TabAe32-DataobjectsofDHPM100TaWe33-DataobjectsofDRSH103Tabte34-DataobjectsofDTHP106TaWe35-DataobjectsofDWQCExt108TaWe36-DataobjectsofDTCP113Tab*e37-DataobjectsOrDTPC116Tabte38-DataobjectsofDVTR118TaWe39-DataobjectsofM1.PS120Tabte40-DataobjectsofMTHM122Tab4e41-DataobjectsofZCAB×t125TaWe42-DataobjectsofZ1.NE×1128Tab1.e43-1.istofc1.assesdefinedinDOEnUmS_90_27package131Tab4e44-UteraisofThcnnaKScncratOrS1.a1.eKind132Tabte45-1.iterateofThGfmaJGGneratorOperabonModeTyp132Tabte46-1.itera1.sofTherma1.StorageOpera1ionContro1.Ki11d132Tab1.e47-1.itera1.sofHea1.SourceKind133Tab4e48-UteraisofConipressorKind133TaWe49-1.itera1.sofThermaicomfor1.StatusKind133TaWc50-UterateofTherma1.StorageKind134Tabte51-1.iterateofThermaINtediumKind134Tabte52-1.iterateofFueICeIKind134Tabte53-1.itera1.sofTCPIs1.andStateKind135Tab4e54-UteratsofThermaKSenerabonKind135TaWeA.i-Conditionsofusecase4171INTERNATIONA1.E1.ECTROTECHNICA1.COMMISSIONCOMMUNICATIONNETWORKSANDSYSTEMSFORPOWERUTI1.ITYAUTOMATION-Part90-27:UseofIEC61850fortherma1.energysystemsconnectedtoane1.ectricpowergridFOREWORD1>TheIrrtefnationaiE1.ec1.roiechnica1.Commissjon(IEC)isaWoddWkfeOrgarizabonforstandardisationCOfrpcisingaM11abo11a1.rotech11ca1.<nmrtts(CNationa1.Co11m<t1.sTheOb用cECstopromotei11Qemat>onaco