Antonio Trujillo

Mechanical engineering

Hometown: Florence, Arizona, United States

Graduation date: Spring 2022

Additional details: First-generation college student

Energy icon, disabled. An orange lightning bolt.

MORE | Spring 2022

Radiative Sky Cooling from Visibly Transparent High-Emissivity Glass Window

While natural light is desired for buildings, unwanted heat is simultaneously gained through windows, which burdens the building energy consumption for cooling, in particular, during the hot summer in Phoenix. This project studies the radiative sky cooling effect of a visibly-transparent high-emissivity glass window in a combination of outdoor testing and heat transfer analysis. The window is coated with dual layers consisting of commercially available polyvinyl fluoride film and indium tin oxide on a soda-lime glass substrate. The passive cooling effect is achieved by its unique selective radiative properties with high visible transparency, high reflectivity in near-infrared to reject the solar heat, and high emissivity in the mid-infrared to dissipate heat to outer space via the radiative sky cooling effect. The cooling performance of this window is analyzed by measuring the effect on indoor air temperature in scale model buildings.

Mentor:

View the poster
QR code for the current page

It’s hip to be square.

Students presenting projects at the symposium are encouraged to download this personal QR code and include it within your poster. This allows symposium attendees to explore more about your project and about you in the future. 

Right click the image to save it to your computer.

FURI Totals

TotalStudents

0

FacultyMentors

0

OnlineSymposia

0

FocusAreas

0

FURIProjects

0

MOREProjects

0

KEENProjects

0

GCSPProjects

0