IES VE AND REVIT SOFTWARE
These are pa-rameters that are not currently assessed in the DEAP methodology and are therefore not ed-itable within the DEAP software but can be modelled and assessed within both BIM software suites. The study found that the most influential parameters for building energy performance are related to building location, occupancy patterns, and space heating schedules. This process was implemented to create 26 distinct models through the DEAP and Autodesk Revit software, and 46 model houses within IES VE. The modelling approach was to select distinctive parameters within the three initial houses and to alter them in such a way as to create model iterations that would have different energy performance characteristics. The Dwelling Energy Assessment Procedure (DEAP) software, approved by the Sustainable Energy Authority of Ireland (SEAI) for BER certification in Ireland, was the third software package analysed in the research. The two BIM software packages chosen for assessment were Autodesk Revit for model construction and energy analysis through the Autodesk Insight plugin, and IES VE for model construction and energy simulation.
The simu-lations involved the creation of three distinct model houses, repeated in three different software packages. The aim of the analysis was to assess the capa-bility of BIM based software for BER certification of new housing units in Ireland.
In this paper, a simulation-based approach was taken to perform sensitivity anal-ysis on building energy consumption datasets.
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