INTEGRATE:IntegratedNetworkTest-bedforEnergyGridResearchandTechnologyAndrewP.Hudgins

March29,2017

2

Objec?ve:Increasethehos<ngcapacityofthegridbyprovidinggridservicesinaholis<cmannerusinganopensource,interoperableplaDorm.

TheINTEGRATEProjectissupportedandcoordinatedacrossmul:pleDOEEEREOffices(Solar,Wind,Buildings,Vehicles,FuelCellTechnologies)

Topic1:CharacterizeabilityofindividualEE,RE,andDERtechnologiestoprovidegridservices.Topic2:DevelopCommunica<ons,Informa<on,andComputa<on(CIC)forintegra<onofmul<pledevices.Topic3:Holis<cApplica<ons-Integra<onSystemApplica<onstoDeliverServices-understandingthevalueofintegratedsystems.

INTEGRATETopicAreaFocalPoints

3

INTEGRATEProjectAlignmentwithEEREStrategicPlan

Projectswillincreasetheviability,penetra<on,anddeploymentofrenewableenergytechnologiesbyensuringthereliabilityand

efficiencyofelectricitygenera<onanduse.

Goals•  By2020,developanddemonstratetechnologiesandtoolsto

enableDERtosupply50%ofelectricityneeds.•  By2035,enableupto35%ofna<on’selectricitytocomefrom

variablegenera<onwhilemaintainingasafe,reliable,andcost-effec<vepowersystem.

•  By2035,enableac<vedevicestoprovide10%ofna<on’sflexibilityneeds.

4

Topic1:PhysicalCharacteriza?onofConnectedDevices•  UniversityofDelaware

o  VehicletoGridIntegra<on–  Partners:NRGEnergy,TransPower

•  EPRIo  SmartConnectedConsumerDevices

–  Partners:PowerHubSystems,Fronius,Siemens,Emerson,Pentair,A.O.Smith

Topic2:Communica?onandControlSystems•  EPRI

o  ADMS&DERMSCommunica<on&ControlSystem–  Partners:ScheiderElectric,Intwine,CaseWesternUniversity,Nebland

Socware,BoreasGroup

Topic3:IntegratedSystemsforHolis?cGridServices•  OmnetricGroup

o  MicrogridCommunica<onsandGridEdgeManagementDemonstra<on

–  Partners:Siemens,AccentureCompany,DukeEnergy,CPSEnergy,UniversityofTexasSanAntonio

•  SmarterGridSolu?onso  Ac<veNetworkManagementIntegra<on

–  Partners:ACRE,PecanStreetResearchIns<tute

INTEGRATEProjectPartners IntegratedNetworkTestbedforEnergyGridResearchandTechnologyExperimenta<on

5

EPRISmart&ConnectedConsumerDevicesGoal:Iden?fyandcharacterizehowconnecteddevices,usedindividuallyandcollec?vely,canprovidegridservicesthatarebeneficialbyenablingmorecleanenergyonthegrid.

Impact:Aggregateddevicesprovidinggridservicescanprovideu<li<esandloadmanagementsystemswithreal-<memeasuresofthesizeofaresourcethatexistsatagiven<me.

Descrip?on:Manageproductstoeaseormi<gatetheimpactsofDERbyevalua<ngtheANSI/CEA-2045standardandaccelerateadop<onofopenstandards.

ESIFac?vi?es:Validateasetofconsumerproductsusingopenstandardcommunica<oninterfacestoprovideahighly-flexibleresource.ProductsservedasaplaDormtodeployawiderangeofcontrolstrategies.

Results:Standardiza<onofdeviceservicesandcommunica<oninterfaces(CEA-2045&DNP3)canimprovetheabilityofintelligentelectronicdevicestosupplygridservices.

6

EPRI&SchneiderElectricCommunica<on&ControlSystem

Goal:DemonstrateCommunica?onInforma?onandComputa?on(CIC)infrastructuretoacceleratetheavailabilityandcommercializa?onofstandards-basedcleanenergyproductsandsystems.

Impact:Communica<onoftheDERMSplaDormwiththeSchneiderADMSprovidesthe“knowhow”foru<li<estobeiermanagemul<pleDERMSontheirsystem.

Descrip?on:Developflexible,open-source,standards-basedCICinfrastructurethatallowsfortheinteroperabilityofmul<plecleantechnologydevicesmanagedasDERMs.

ESIFAc?vi?es:Integra<onofEPRI’sDERMSframeworkwithSchneider’sAdvancedDistribu<onManagementSystem(ADMS)tocoordinatemanagementoftradi<onaldistribu<oncontrolsalongwithenhancedcontrolofDERs.

Results:Approachenabledincreasedpenetra<onofrenewablesonthebulkpowersystembymonitoringtheenvironmentinreal<me,calcula<ngappropriateac<ons,andini<a<ngautoma<ccontrolcommandstosa<sfyaseriesofusecases.