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TU Delft's Bucky Lab: A passive thermal adapting window

The main focus of the project is to control the indoor climate of the facility in a passive way, using natural elements like air and water as the main resources. It is composed of three main elements: Two openings set on top and bottom of the panel, a few ceramic sheets and two silica sponges whose purpose is to collect the moisture and to wet the ceramic elements.

When it is applied on a facade, the natural airflow enters the device and causes the water contained by the ceramic sheets to evaporate, which leads to a drop in temperature inside the panel. Therefore, the device sucks the heat from inside, causing a decrease in temperature interior of the building.

When it is applied on the facade, the natural airflow enters the device and causes the water contained by the ceramic sheets to evaporate. This brings about a drop in temperature.

TU Delft / Bucky Lab

When it is applied on the facade, the natural airflow enters the device and causes the water contained by the ceramic sheets to evaporate. This brings about a drop in temperature.

See here also other Bucky Lab prototypes that we have recently presented:
Energy generation from fins waving in the breeze
An elegant and playful shading system
State-of-the-art self-sufficient living wall
Star-shaped sun shading
The glazed frost window

 

www.buckylab.nl