Researchers at the University of Cincinnati have teamed up with the brightest minds from National Taiwan University, Hewlett Packard and Merck to develop these turnable smart windows. These windows allow users to control the extent of tint, and choose their desired level of brightness, color temperature and opacity.
With these windows, you can turn up the tint for extra privacy or boost the color temperature in order to bathe your space with the warmth of natural sunlight.
These smart windows could have a wide variety of applications in different settings. Further developed, they could be use to control visible light and infrared heat transmission simultaneously, which could be used in the summer to prevent homes from heating up or in the winter to keep things warm and comfortable.
Tunable Smart Windows
These Windows' Tints Can Be Adjusted to Control Brightness and Opacity
Trend Themes
1. Tunable Smart Windows - Disruptive innovation opportunity: Explore the potential applications of tunable smart windows in various settings, such as residential, commercial, and automotive.
2. Controlled Tinting - Disruptive innovation opportunity: Develop technologies that enable users to adjust the tint level of windows to control brightness, color temperature, and opacity.
3. Energy-efficient Windows - Disruptive innovation opportunity: Create smart windows that can control visible light and infrared heat transmission simultaneously, offering energy-saving solutions for different seasons.
Industry Implications
1. Architecture - Disruptive innovation opportunity: Incorporate tunable smart windows into innovative building designs, creating dynamic and customizable spaces.
2. Automotive - Disruptive innovation opportunity: Integrate tunable smart windows into vehicles to enhance privacy, optimize energy efficiency, and improve overall comfort.
3. Smart Home - Disruptive innovation opportunity: Develop tunable smart windows as a part of the smart home ecosystem, providing users with seamless control of natural light, privacy, and energy consumption.