Journal of Building Performance Simulation · 2009 · 148 citations · 10 references
EngineeringUrban Energy ModelingEnergy EfficiencyDetached HouseholdsEnergy ConservationGreen BuildingBuilding Energy ConservationLoad ControlSocial SciencesBuilt EnvironmentPower System EconomicsEnergy AssessmentRenewable Energy SystemsOccupant-driven Electric LoadsEnergy Demand ManagementEnergy ConsumptionElectrical EngineeringBuilding EnergyHydro QuébecSmart GridEnergy ManagementSustainable EnergyCivil EngineeringEnergy PolicyInternational Energy AgencyDemand ResponseEnergy EconomicsCanadian Housing
As one objective of the International Energy Agency's Energy Conservation in Buildings and Community Systems Programme Annex 42, detailed Canadian household electrical demand profiles were created using a bottom-up approach from available inputs, including a detailed appliance set, annual consumption targets and occupancy patterns. These profiles were created for use in the simulation of residential cogeneration devices to examine the issues of system performance, efficiency and emission reduction potential. This article describes the steps taken to generate these 5-min electrical consumption profiles for three target single-family detached households – low, medium and high consumers, a comparison of the generated output with measured data from Hydro Québec, and a demonstration of the use of the new profiles in building performance simulations of residential cogeneration devices.
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A bottom-up approach to residential load modeling
A. Capasso, W. Grattieri, R. Lamedica et al. · IEEE Transactions on Power Systems · 1994 · 484 citations
Energy simulation in building design
Gerhard Schmitt · Energy and Buildings · 1986 · 482 citations