To build up a reliable energy model the most essential factors are climate information, interior conditions and room and building geometry, green building orientation, photo voltaic absorbance also U value of all opaque green building surfaces, SHGC, visible light transmittance, U-value and shading of double glazed components in addition to mass of creating components and infiltration rates. Internal gains are made clear as lighting gains, plug loads, sensible and latent loads from residents. Schedule information from the green building systems can also be basically necessary for example lighting schedules, plugload agendas and occupancy schedules.Energy Model includes all used energy consuming and creating systems for example renewable energy systems, cooling and heating system type and efficiency such as the source, distribution, and terminal models, ventilation system type, economizers and warmth recovery systems, domestic hot-water system, fan and pump inputs, niche systems (e.g. restaurant kitchen areas) and renewable energy systems.
... ...additionbuilding geometryclimate informationcomponentscoolingdomestic hot-waterdouble glazed componentse.g. restaurant kitcheneconomizersEfficiencyenergy consumingessential factorsexampleexample lighting schedulesgreen buildinggreen building orientationgreen building systemsheating system typeinfiltration ratesinformationinterior conditionsInternal gainskitchenkitchen areaslatent loadsLEEDLEED Certificationlighting gainsloadsmassNicheniche systemsoccupancy schedules.Energy Modelopaque green buildingphoto voltaic absorbanceplugload agendasproductionpump inputsreliable energy modelrenewable energyRenewable Energy productionRenewable Energy systemsrenewable energy systems.LEEDresidentsroomSchedule informationSHGCsourceterminal modelstypeU-valuevalueventilation system typevisible light transmittancewarmthwarmth recovery systemswater