Engineers at Karlsruhe Institute of Technology have made a pair of sunglasses with semi-transparent organic solar cell lenses. And before you jump in to ask that much genuine doubt let me answer it, no, you don’t have to stare at the sun directly for the shades to work. The power generated is enough to operate devices like hearing aids. This is an innovative way of incorporating clean energy into mobile applications.
The lenses are cut like ordinary glass. They have a thickness of about 1.6 mm, weight about 6 grams, and easily finds in commercial frames. They are both light and transparent. Organic solar cells aren’t exceptionally efficient, but they are flexible and versatile, making it the right option to choose when a rigid, opaque cell is not an option.
“The Solar Glasses we developed are an example of how organic solar cells may be employed in applications that would not be feasible with conventional photovoltaics,” said Dominik Landerer, a PhD student at KIT who was a part of the project. They work in dim light too.
The arms of the shades contain custom PCBs to convert the current and use it to run the 2 displays that show temperature and brightness. The cells generate about 200 milliwatts of additional power. That’s hardly enough for your phone, but can run or charge a low-power device.
If solar energy can power a mobile device, it totally makes sense to have solar cells in something you wear, and gets a whole lot of sunlight.
The lenses are cut like ordinary glass. They have a thickness of about 1.6 mm, weight about 6 grams, and easily finds in commercial frames. They are both light and transparent. Organic solar cells aren’t exceptionally efficient, but they are flexible and versatile, making it the right option to choose when a rigid, opaque cell is not an option.
“The Solar Glasses we developed are an example of how organic solar cells may be employed in applications that would not be feasible with conventional photovoltaics,” said Dominik Landerer, a PhD student at KIT who was a part of the project. They work in dim light too.
The arms of the shades contain custom PCBs to convert the current and use it to run the 2 displays that show temperature and brightness. The cells generate about 200 milliwatts of additional power. That’s hardly enough for your phone, but can run or charge a low-power device.
If solar energy can power a mobile device, it totally makes sense to have solar cells in something you wear, and gets a whole lot of sunlight.