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Architecture / Ventilation / Mechanical engineering / Construction / Building engineering / Infiltration / HVAC / Building insulation / TRNSYS / Sustainable building / Heating /  ventilating /  and air conditioning / Building biology


Impact of Infiltration on Heating and Cooling Loads in U.S. Office Buildings 1 Steven J. Emmerich, 1Andrew K. Persily, and 2Timothy P. McDowell
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Document Date: 2006-10-03 13:53:40


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File Size: 553,63 KB

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City

Lake City / Indianapolis / Raleigh / /

Company

Air-Conditioning Engineers Inc. / Pacific Northwest Laboratory / MO Las Vegas NV / MD USA 2 TESS Inc. / Marion / Fire Research Laboratory / Building Characteristics Floors Year Location Lighting Receptacle Weekly / National Renewable Energy Laboratory / Solar Energy Laboratory / /

Country

United States / USA / /

Event

Man-Made Disaster / /

Facility

Fort Worth / Depressurized Neutral Pressurized Building / University of WisconsinMadison / National Institute of Standards and Technology / Gas Research Institute / National Institute of Standards and Technology Gaithersburg / Building Technologies / Pacific Northwest Laboratory / Building No. / Building Airflow Network Modeling / /

IndustryTerm

simulation tools / simulation tool / increased energy consumption / Energy requirements / energy impact / energy system component models / energy calculation / energy simulation program / energy use / energy efficiency / mechanical ventilation systems / energy model / energy usage / energy / thermal modeling tool / /

Organization

office of Building Technologies / National Institute of Standards and Technology / University of WisconsinMadison / Institute of Standards and Technology Gaithersburg / Department of Energy / U.S. Department of Energy EIA / Gas Research Institute / U.S. Department of Energy Emmerich / American Society of Heating / Energy Information Administration / /

Product

DOE2 / /

Technology

radiation / heat transfer / simulation / /

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