SmartWindows
Developing a coating for windows to make them more reflective with increasing ambient temperature and reduce heat and need for air conditioning within the building
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In Brief
- Challenge: Energy Innovation Challenge
- Challenge Type: National Challenge Fund
- Status: Active
The Challenge
Climate change is leading to the situation where air conditioning is becoming the norm even in northern Europe during summer. This problem is set to get worse. Much of the heat comes into buildings through the windows in summer. Modern high-rise buildings tend to have larger and larger windows, making the problem more acute
The Solution
Develop a smart coating for architectural glass that will change its properties as a function of ambient temperature. As the temperature increases the coating should become more reflective thus reducing the amount of energy coming through the window with solar light. The coating is based on vanadium oxide doped (meaning made less pure) to change the properties of the material. This oxide has a phase transition between a metallic and an insulating state at around 50° C and the doping can change the transition temperature and the width of the transition.
The Team
- Team Lead: Prof. Igor Shvets, Trinity College Dublin
- Team Co-Lead: Dr Sarah McCormack, Trinity College Dublin
Societal Impact Champion
- Mike Stenson, Kingspan