Modelling Fluidic Windows for Heating and Cooling

Zugehörigkeit
Laboratory for Electrical, Measurement and Control Technology in Buildings ,Beuth University of Applied Sciences Berlin ,Berlin/Germany
Fraaß, Mathias;
Zugehörigkeit
Laboratory for Electrical, Measurement and Control Technology in Buildings ,Beuth University of Applied Sciences Berlin ,Berlin/Germany
Su, Lingqi

Abstract Recently, we introduced a transparent capillary glass panel fabricated by lamination of a structured glass sheet and a thin glass cover used for liquid circulation. Major applications of such device are room heating and cooling and energy harvesting for heat pumps. In order to model a façade of a building, a story of a building or even the entire building, simplified but accurate models for the temperature and the fluid flow distribution within the capillary panel as well as a device optical and thermal model are necessary. In this paper, our simplified models are introduced.

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Rechteinhaber: Published under licence by IOP Publishing Ltd

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