Thermal Comfort Aspect of Three Different Heating Systems
Fariborz Haghighat, M. Auger, Paul Fazio
Abstract
Fariborz Haghighat, M. Auger, Paul Fazio
Abstract
The performance of three heating systems with respect to thermal comfort based on data collected over two heating seasons in a three-storey building was measured. The systems were compared according to the thermal comfort as well as local thermal discomfort parameters. In terms of global thermal comfort, all systems performed similarly; however, in terms of their ability to distribute heat to a room and their performance with respect to local thermal discomfort, all three systems performed differently.
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The performance of three heating systems with respect to thermal comfort based on data collected over two heating seasons in a three-storey building was measured. The systems were compared according to the thermal comfort as well as local thermal discomfort parameters. In terms of global thermal comfort, all systems performed similarly; however, in terms of their ability to distribute heat to a room and their performance with respect to local thermal discomfort, all three systems performed differently.
Key concepts: Thermal comfort, Thermal, Environmental science, Architectural engineering, Heating system, Simulation, Computer science, Engineering