interoperabilityIOTSmart GridsEnergy ManagementDigital PlatformsInnovationReference ArchitectureSmart Energyflexibility managementSAREF4ENERSPINEConsumersEcosystemSmart HomeDesign ThinkingInnovation of MeaningCreative Problem SolvingHuman-Centered DesignEEaaStoolboxDSOflexibilityclean energySemantic InteroperabilityDemand ResponseFlexibility TradingGrid-Interactive BuildingsSmart buildingEnergy efficiencybuilding operating systemProsumer home occupantWhole-house energy controlSmart end-user centric energy systemEnergy efficient homeConnected environmentEnergy savingEnergy sociologyExperimentsUser participationDemand Side flexibilityUser EngagementSocial CommunityEnergy MarketsFuture of EnergyBattery Storagereal estate developmentsmart buildingsBuilding as a ServiceLiving as a Serviceuser centered designdata managementenergy digitalizationconsumer centricenergy communitycollective actionsocial scienceregulationEnergy savingsdigitalisationstandardizationDynamic TariffsElectric Storage Water HeatersHousehold Assetscybersecuritysmartgridssmartbuilingsopeninnovationdecarbonisationdemandutilitiesmarket priceselectricityenergy crisisopen callExplainabilitySAREFMachine LearningGrid stabilityControllable loadsStandardisationelectromibilityenergy transitionfood retail
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Why Interoperability can promote the take-off of Smart Homes
The possibility to create an environment at home where different products can be connected to help saving on energy and add functionality could likely overcome the perceived lack of benefits that many consumers still have about connected appliances or devices in general.