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Project Code [22/NCF/EI/11215]
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Project title
Smart Materials for Energy Efficient Windows
Primary Funding Agency
Science Foundation Ireland
Co-Funding Organisation(s)
Lead Organisation
Trinity College Dublin
Lead Applicant
Not listed
Project Abstract
Air conditioning energy costs continue to rise in Ireland due to increased occurrence of heat events and the use of large-area glass walls. The glass allows light and associated heat to enter the building. The challenge is to reduce the need to remove this heat, significantly reducing the emissions due to AC. The solution is to coat the conventional windows with a smart material. Such a material is transparent at low temperatures, but at a threshold temperature becomes reflective to red and infra-red light. Therefore, when the window heats up it reflects some light, suppressing heating of the room. The challenge is to finely tune the smart material�s threshold temperature and the optical characteristics, for the purpose of reducing the necessity of AC. Furthermore, the real life performance of the coated windows will be tested in a solar simulator. The collaboration of the School of Physics and Engineering in Trinity College Dublin facilitates the combination of the expertise in materials synthesis in Physics and expertise in application of sustainable materials in Engineering. This team, as well as the Societal Change Champion � Kingspan Group Head of Innovation � ensure that the project can deliver impact in energy innovation and sustainability.
Grant Approved
�310,805.00
Research Hub
Climate Change
Research Theme
3. Climate Solutions, Transition Management and Opportunities
Initial Projected Completion Date
30/11/2024