Components & Renewable Energy Systems / Trane Company / Interweaver Consulting / USA 4 National Renewable Energy Laboratory / Table 5 HVAC Systems / Equipment / Electrical Systems / X eQUEST [summary from report Tables 5 7 & 8 (9 pages)] Renewable Energy Systems / Tas Systems / SEI Associates / Carrier Corporation for HAP / Renewable Energy Systems / Solar Energy Laboratory / /
Country
Canada / United Kingdom / China / Scotland / Denmark / United States / /
Event
Man-Made Disaster / /
Facility
Texas A&M University / University of Strathclyde / Cardiff University / Building Energy Performance Simulation Programs / Central Plant / Building Envelope / Pontifical Catholic University of Parana / Building Analysis / Square One Research / In building / TRNSYS library / University of Wisconsin-Madison / TRNSYS Simulation Studio / /
IndustryTerm
energy demand / air network / energy simulation module / low energy buildings / energy efficiency measures / energy use analysis tool / energy use / explicit energy balance / open source tools / energy usage / energy / annual energy use / hourly building energy simulation program / mixed mode systems / energy tariffs / energy consumption / energy community / surface convection algorithm / web-based community resource / energy use simulation program / low-energy cases / energy cost estimating / likely candidate tools / online help / terminal equipment / Physical systems / annual and monthly energy consumption / energy design / energy field / energy system problems / hourly energy use / hourly building energy performance / hourly energy consumption / photovoltaic systems / energy standards / energy programs / simplified multizone nodal airflow algorithm / energy simulation programs / energy-consuming devices / energy costs / energy system performance / Internet browser / energy efficiency measure / energy cost / simulation tool / energy performance / energy systems / photovoltaic electricity generation / energy studies / electrical systems / flow networks / energy auditing / /
OperatingSystem
Microsoft Windows / /
Organization
Pontifical Catholic University of Parana for PowerDomus / HVAC / USA Energy Systems Research Unit / University of Strathclyde / Glasgow / Texas A&M University / UCLA / Cardiff University / State Swimming Centre / Department of Energy / University of Wisconsin / /
Person
Don McLean / Linda K. Lawrie / Lixing Gu / Robert H. Henninger / Alan Jones / Steve Taylor / Michael Deru / Andrew Marsh / DeST / Ian Macdonald / Brent T. Griffith / Steve Moller / Peter G. Ellis / Martin Gough / Yan Da / Jason Glazer / Modeling Features / Jiang Yi / Nathan Mendes / Daniel E. Fisher / Norm Weaver / Murray Milne / Michael J. Witte / Robert J. Hitchcock / Ian Highton / Jim Pegues / Michaël Kummert / Eric Roberts / Richard K. Strand / Larry Scheir / Joe Huang / Walter F. Buhl / Angelo Delsante / Don B. Shirey / III / Jeff Stein / Richard J. Liesen / Zhang Xiaoliang / Caroline Raines / Justin Wieman / Larry Degelman / Rahul Chillar / Curtis O. Pedersen / Kim Wittchen / Craig Wheatley / Mark Hydeman / Nick Kelly / /
Position
graphic editor / General / model / and detailed online help / Professor / Designer / practicing engineer / Tas Building Designer / /
Ninth International IBPSA Conference Montréal, Canada August 15-18, 2005 CONTRASTING THE CAPABILITIES OF BUILDING ENERGY PERFORMANCE SIMULATION PROGRAMS