Emulation Techniques (*) Demand Controlled Ventilation Systems / International Energy Agency / Materials / R. Bundi Laboratory / Cold Climate Buildings (*) Working Group / Swiss Federal Laboratories / Systems (*) Low Energy Cooling Systems / Heinrich Manz Laboratory / High Performance Insulation Systems / National Renewable Energy Laboratory / CSHPSS / R. Vonbank / Building Technologies Swiss Federal Laboratories / ISOLDE / Educational Buildings (*) Working Group / High Comfort Building Renewal Working Group / Other Cogeneration Systems / Nysan Shading Systems Inc. / Advanced Community Energy Systems / Assessment (*) Advanced Local Energy Planning (*) Computer / Ventilation Systems (*) Low Slope Roof Systems / /
Country
Switzerland / Germany / Netherlands / Italy / Sweden / New Zealand / Poland / Norway / Belgium / Turkey / France / Japan / United States / Canada / Australia / Portugal / United Kingdom / Israel / Finland / Spain / Greece / Denmark / Czech Republic / / /
Facility
Gestion de l'Environnement University of Liege P. Oelhafen / National Renewable Energy Laboratory / Building Energy Simulation Tools Integrating Environmentally Responsive Elements / Building Energy Simulation Tools Goal / Building Renovation Daylight / Building Energy Simulation Tools A Report / Wisconsin Energy Center / Building HVAC System Simulation / Building Systems Engineering Technical University of Dresden S. Moosberger / Energy Resource Station / Iowa State University / Building Energy Simulation Tools Task / Building Commissioning / Felsmann Institute of Thermodynamics / Technology University of Applied Science / Building Applications Solar Air Systems Solar Energy / /
IndustryTerm
energy conservation / low-energy buildings / energy security / low energy buildings / type tools / energy sources / energy standards / energy research / energy programme / energy simulation software / mechanical equipment systems / energy / energyefficiency technologies / energy consultants / solar energy technologies / sense such tools / low-energy design concepts / energy efficiency / appropriate analytical solutions / energy analysis tools / energy analysis tool evaluation / energy simulation tool developers / active solar and passive solar technologies / energy analysis tool tests / energy simulation tools / /
OperatingSystem
Microsoft Windows / /
Organization
Architecture and Technology University of Applied Science of Central Switzerland J. L’Hoest / Venetian Blind Assembly / Systems Engineering Technical University of Dresden S. Moosberger / U.S. Department of Energy / Central Switzerland J. L’Hoest / P. Andre / and C. Adam Department / Engineering Strathclyde University C. Felsmann Institute of Thermodynamics / Executive Committee / Swiss Federal office of Energy / l'Environnement University of Liege P. Oelhafen / United States Department of Energy / Iowa State University / Iowa Energy Center / IEA SHC / Organisation for Economic Co-operation and Development / Research and Gregory Maxwell Department / EMPA Glazing Unit / R. Steiner Institut für Physik Universität Basel Page / European Commission / Dresden S. Moosberger and G. Zweifel Department of Architecture / /
Person
X. Hui Zhou / Ron Judkoff / Peter Loutzenhiser / E. Kadic / Som Shrestha / Pamela Murphy / C. Klaassen / Gregory Maxwell / D. Perry / /
Adam / Radiation / active solar and passive solar technologies / energyefficiency technologies / Heat Transfer / Fuel Cell / solar energy technologies / Knowledge Management / Thermodynamics / Condensation / Simulation / /
Empirical Validations of Shading/Daylighting/Load Interactions in Building Energy Simulation Tools A Report for the International Energy Agency’s SHC Task 34/ ECBCS Annex 43 Project C