Sensing technologies integration in buildings has grown rapidly. Most of them are connected to platforms for monitoring data and notifying anomalies, but few are integrated within building elements (either for data collection or response). These technologies help regulate HVAC, or detect building systems’ failures, but few enable passive sustainable strategies or space maintenance. It is possible to enhance building responsive operation by gathering granular data on passive systems’ operation and space occupation by setting a building component, that houses a sensor network. That is, if plugged into Building Information Models, it permits adaptation to unusual climate conditions or abrupt space use.

The Effect of Real-Time Sensing of a Window on Energy Efficiency, Comfort, Health and User Behavior

Poli, Tiziana;Mainini, Andrea G.;Speroni, Alberto;BLANCO CADENA, JUAN DIEGO;Moretti, Nicola
2020-01-01

Abstract

Sensing technologies integration in buildings has grown rapidly. Most of them are connected to platforms for monitoring data and notifying anomalies, but few are integrated within building elements (either for data collection or response). These technologies help regulate HVAC, or detect building systems’ failures, but few enable passive sustainable strategies or space maintenance. It is possible to enhance building responsive operation by gathering granular data on passive systems’ operation and space occupation by setting a building component, that houses a sensor network. That is, if plugged into Building Information Models, it permits adaptation to unusual climate conditions or abrupt space use.
2020
Digital Transformation of the Design, Construction and Management Processes of the Built Environment
978-3-030-33569-4
978-3-030-33570-0
Sensors; Interactive buildings; Energy efficiency; Indoor thermal comfort; User centered approach; Building information modelling; Digital twin
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/1128818
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