San Francisco / Lausanne / Glasgow / Lyon / London / Florence / /
Company
Renewable Energy / /
Country
Germany / France / / /
Event
Environmental Issue / /
Facility
University of Strathclyde / Swiss Federal Institute of Technology / Chartered Institute of Buildings Services Engineers / Building Energy Performance / /
IndustryTerm
performance assessment tools / energy demand / simulation tools / moisture flow network / power supply systems / energy resource availability etc / energy demands / local electronic gateway device / electricity prices / specified search criteria / software agents / energy surplus / natural ventilation flow network / predicted energy demand / search performance benchmarks / active technologies / automated search / hypothetical systems / telecommunications industry / prediction tools / flow network / delivered energy / Internet delivery / electricity supply network / energy awareness / beneficial information services / energy supply system / energy use / electricity base load management / party applications / energy supply / energy systems simulation / energy/environment services / energy demand profiles / energy trading / reduced energy use / possible supply technologies / ventilation heat recovery plant network / energy / energy/environment action / communications gateway device / Web site corresponding / Internet-resident control agents / greenhouse gas emissions / Internet-enabled energy services / search ordering process / energy efficiency techniques / constructional systems / electricity / active flow network / energy service / city energy consumption / particular energy services / site-specific technologies / energy efficiency measure / simulation processing / e-service / embedded actuation devices / decision-support tools / real-time data / energy management support / conversion systems / sustainable solutions / personalised energy use data / control systems / actual energy/environment service / energy managers / energy systems / secondary Web site / dynamic demand side management / energy efficiency / solar energy / telecommunications operators / energy systems deployment / energy displacement potential / local energy demands / energy suppliers/distributors / substantial energy savings / captured energy / Internet service / flow networks / energy action / energy residual / energy integration / energy model / demand reduction systems / façade systems / Internet energy services / /
Organization
Swiss Federal Institute of Technology / Institute of Buildings Services Engineers / Department of Architecture / University of Strathclyde / Air Infiltration and Ventilation Centre / Clarke Energy Systems Research Unit University / /
Person
Complimentary Demand-Supply Matching / Morgan Kaufmann / /
Strathprints Institutional Repository Clarke, J.A[removed]Performance prediction tools for low impact building design. In: Proceedings of EPIC 02 Conference. Air Infiltration and Ventilation Centre, Sint-Stevens-Woluwe.