Architectural Science Review · 2009 · 10 citations · 4 references
ArchitectureBuilding ScienceEnvironmental EngineeringBioclimatic DesignSustainable Building DesignSustainable DesignBuilding Cooling SystemsBuilding Energy SystemsEnergy Performance UpgradingGreen Building DesignGreen Building DevelopmentMicroclimate DesignBuilding Energy RenovationEnergy-efficient BuildingsEnvironmental Performance ModelingGreen Building EfficiencyGreen Building IntegrationGreen Technology InnovationPhysical RenovationRenovation
Abstract This paper discusses a research approach to investigating the application of bioclimatic concepts, principles and strategies for large-scale buildings for the purposes of advanced renovation. In particular, it will identify various (green) technologies that can be employed to significantly improve the thermal and environmental performance of mixed-use developments. From this, arguments will be advanced for the development of new innovative technology combinations and systems known as solution sets. Some initial research findings are presented.
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Cooling load calculations by thermal response factor method
D. George Stephenson, G.P. Mitalas · NPARC · 1967 · 151 citations · Full text
The 2005 World Sustainable Building Conference
Lars A. Engberg, Kim Haugbølle · 2005 · 68 citations
Public Health, Architectural Engineering, Building Science +12