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Low-Cost, ‘Tunable’ Window Tintings

Low-Cost, ‘Tunable’ Window Tintings

Technology developed by the University of Cincinnati and industry partners can do something that neither blinds nor existing smart windows can do. This patent-pending research, supported by the National Science Foundation, will lead to low-cost window tintings which dynamically adapt for brightness, color temperatures and opacity (to provide for privacy while allowing light in).
Technology developed by the University of Cincinnati and industry partners can do something that neither blinds nor existing smart windows can do. This patent-pending research, supported by the National Science Foundation, will lead to low-cost window tintings which dynamically adapt for brightness, color temperatures and opacity (to provide for privacy while allowing light in).

Technology developed by the University of Cincinnati and industry partners can do something that neither blinds nor existing smart windows can do.

This patent-pending research, supported by the National Science Foundation, will lead to low-cost window tintings which dynamically adapt for brightness, color temperatures and opacity (to provide for privacy while allowing light in).

Technology developed by the University of Cincinnati and industry partners can do something that neither blinds nor existing smart windows can do. This patent-pending research, supported by the National Science Foundation, will lead to low-cost window tintings which dynamically adapt for brightness, color temperatures and opacity (to provide for privacy while allowing light in).

  • Take some time to see the renderings by UC’s Tim Zarki of what the dynamic, low-cost window tintings  will be able to achieve.

A partnership between the University of Cincinnati, Hewlett Packard, and EMD/Merck Research Labs has resulted in a patent-pending breakthrough in ‘tunable’ window tintings. The breakthrough means traditional window shades could soon be replaced by a low-cost tinting where the brightness, color temperature (warm or cool just like incandescent light bulbs) and opacity (privacy) are adjustable by the user.

Importantly, the newly developed device structure that makes these “smart windows” possible is very simple to manufacture, allowing affordability for both business and home use. It can be integrated into new windows or even easily applied to already existing windows, by means of a roll-on coating consisting of a honeycomb of electrodes.

BENEFITS OF THE NEW SMART WINDOWS

Currently, most home and commercial windows use mechanical shades to provide privacy and to block light, heat or cold. This centuries-old technology is already inexpensive and effective, which has slowed the adoption of electronically controlled window tinting, which previously could only mimic the clear-to-opaque performance of mechanical shades. However, this new breakthrough at the University of Cincinnati is about to change that.

Read more: University of Cincinnati and International Industry Partners Develop Low-Cost, ‘Tunable’ Window Tintings

 

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