The monitoring of indoor microclimate in buildings is essential to guarantee both energy savings and thermal comfort for users. Air temperature is a key parameter to determine the microclimate of a room and its spatial distribution gives crucial information to optimize the setup of air conditioning systems. In this work, Infrared Thermography is used to determine the spatial distribution of air temperature, through an ancillary set of infrared targets. These values are interpolated to obtain different temperature layers across a room in different seasons.
Spatial Distribution of Indoor Air Temperature Through Infrared Thermography
Bison P;Bortolin A;Cadelano G;Ferrarini G
2022
Abstract
The monitoring of indoor microclimate in buildings is essential to guarantee both energy savings and thermal comfort for users. Air temperature is a key parameter to determine the microclimate of a room and its spatial distribution gives crucial information to optimize the setup of air conditioning systems. In this work, Infrared Thermography is used to determine the spatial distribution of air temperature, through an ancillary set of infrared targets. These values are interpolated to obtain different temperature layers across a room in different seasons.File in questo prodotto:
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