Technologies / Washington DC / Raleigh / Canberra / Washington / San Jose / /
Company
National Renewable Energy Laboratory / ANSYS / Chromasun Inc. / Duke Solar Energy LLC / been developed using ANSYS-CFX / /
Country
United States / Australia / China / Spain / /
Facility
Australia Gary Rosengarten University of New South Wales Kensington / Australia Siddarth Bhardwaj University of New South Wales Kensington / Australia Graham L Morrison University of New South Wales Kensington / /
IndustryTerm
temperature systems / solar thermal technologies / rooftop applications / reflector technology / energy / gas model / solar thermal systems / solar cooling technologies / hybrid systems / computational fluid dynamics software package / energy collection / mm diameter stainless steel absorber tubes / steel / calculated using an ideal gas model / /
Organization
Australia Gary Rosengarten University of New South Wales Kensington / Australia Siddarth Bhardwaj University of New South Wales Kensington / ROOF INTEGRATED SOLAR MICRO-CONCENTRATING COLLECTOR Tanzeen Sultana University of New South Wales Kensington / Morrison University of New South Wales Kensington / /
Person
Andrew Tanner / Jance / Reynolds / Ta / Mikal Greaves / /
Position
micro-concentrator collector / micro-concentrating collector / collector / solar collector / roof-integrated water solar collector / D.J. / Solar Micro-Concentrating Collector / concentrating solar collector / cavity solar collector / MCT Collector / solar thermal micro-concentrating collector / prototype collector / /
ProgrammingLanguage
DC / /
ProvinceOrState
North Carolina / California / /
Region
South Wales / /
Technology
radiation / linear Fresnel reflector technology / fluid dynamics / Chemical Energy Technologies / heat transfer / solar thermal technologies / simulation / Rooftop solar cooling technologies / /
th 5 International Conference on Energy Sustainability ASME August 7-10, 2011, Grand Hyatt Washington, Washington DC, USA