Building Loads Analysis System Thermodynamics / Portland State University / University of Strathclyde / Building Archetypes The Department of Energy / Building Energy Simulation / University of Central Florida / Building Energy Models The Green Roof Energy Calculator / University of Toronto / Portland State University campus / /
IndustryTerm
media depth / energy savings potential / energy modeling simulations / green roof systems / media composition / potential energy savings / retail / physically-based energy balance simulation module / green roof design tools / energy use / overall energy balance analysis / transient building simulation tool / energy simulation software / green roof energy savings calculator / simulation software / mechanical equipment / energy simulation packages / energy savings / construction applications / similar summertime energy benefits / energy / computer-generated energy simulations / energy simulation programs / energy simulation software packages / annual building energy consumption / energy balance / green roof energy modeling approaches / energy consumption / roof energy balance / energy balance parameterizations / green roof energy / energy performance / occupant/equipment / energy savings prospect / energy modeling / simpler energy balance formulation / media characteristics / data base-driven web tool / energy models / energy simulations / impact building energy use / /
MusicAlbum
NEW / OLD / /
Organization
University of Toronto / Toronto / US Department of Energy / University of Strathclyde in Glasgow / idf / Penn State University / Portland State University / Portland / University of Central Florida / American Society of Heating / Refrigerating / and Air-Conditioning Engineers / /
Person
David J / /
Position
sailor / brad.bass@utoronto.ca Sailor / Professor / representative / /
Development and features of the Green Roof Energy Calculator (GREC) David J. Sailor1 and Brad Bass2 1 2