San Francisco / Asilomar / Trondheim / Study Asilomar / Lausanne / New York City / /
Company
Renewable Energy / Dynamic Façade Systems / Lawrence Berkeley National Laboratory / Advanced Window Wall Systems / Dynamic Window Systems / /
Continent
North America / Europe / /
Country
Switzerland / United States / /
Currency
USD / /
Facility
Building Envelopes / Norwegian University of Science / Building Technologies Department / Oakland Federal Building / Building Technology / Building Technologies Program / building In / San Francisco Federal Building / Crystal Palace / /
IndustryTerm
simulation tools / control algorithms / façade technology / energy needs / facade systems / technology integration / internet protocols / static façade solution / ventilation systems / energy modelling / excessive energy use / maximum energy / commissioned systems / static products / low cost chips / internet-based control / wireless networks / energy / operable shading systems / e.g. energy savings / electricity / energy end uses / automated blind systems / http /
Organization
U.S. Department of Energy / Ecole Polytechnique Fédérale de Lausanne / International Alliance for Interoperability / U.S. General Services Administration / Norwegian University of Science / office of Building Technology / California Energy Commission / Norwegian University of Science and Technology / /
Microsoft Word - Selk.CISBAT.final.doc