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Thermal Comfort Aspect of Three Different Heating Systems

Fariborz Haghighat, M. Auger, Paul Fazio

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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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What this paper is about

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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Available 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.

Key concepts: Thermal comfort, Thermal, Environmental science, Architectural engineering, Heating system, Simulation, Computer science, Engineering

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