RPI ID: 2023-005-301, 2023-005-401
Innovation Summary: This technology describes a thermoresponsive window system that dynamically adjusts its transparency or thermal properties based on environmental conditions. The system includes a windowpane with a liquid mixture in a gap that responds to temperature changes, optimizing energy efficiency. The design allows for passive modulation of light and heat transmission without external power input. It is intended to reduce energy consumption in buildings by regulating indoor climate naturally.
Challenges / Opportunities: Conventional smart windows often require external power sources or complex control systems, limiting their scalability and cost-effectiveness. This invention offers a passive, self-regulating alternative that simplifies installation and maintenance. It presents opportunities for sustainable architecture and energy-efficient building design. The technology also supports climate-responsive infrastructure in both residential and commercial sectors.
Key Benefits / Advantages: ✔ Passive thermoresponsive control ✔ Reduces energy consumption for heating and cooling ✔ No external power required ✔ Enhances occupant comfort ✔ Scalable for various building types
Applications: • Energy-efficient windows for residential and commercial buildings
Keywords: Smart windows, thermoresponsive materials, energy efficiency, passive climate control, sustainable architecture
Intellectual Property: WO2024076415A1 (Application PCT/US2023/029517), Published August 4, 2023; Application U.S. 19/116511, Pending