Apple patents the integration of solar panels through touchscreens
The U.S. Patent and Trademark Office today granted Apple a new patent. The patent is described as: “A method incorporating solar cells between touch-sensitive layers within a display array.”
In this case, we're talking about integrating a solar panel through a flexible display module, such as touch sensors, to create a compact solar charging system that stores energy in the device's battery. This system is applicable to both plastic and glass surfaces.
In other words, we will soon be experiencing, through this new line of Apple products , a new system that will allow us to extend the battery life of iOS devices in a more environmentally friendly way. This will allow us to make the most of solar energy.
However, it's worth remembering that the newly granted patent is a variation of previously filed patent No. 8.730.179 . But unlike the first, this renewed license will only showcase the arrival of future solar-powered mobile devices, but in partnership with Apple.
This news undoubtedly points us toward new technological horizons and innovative products that will not only offer us certain familiar features, but will also allow us to transform technology through the creation of unique devices.
It's worth noting that the patent filed is another step towards the ultimate goal: the invention of new technologies.
Apple is well aware of this , and it is expected that it will be reflected in the use of sapphire crystal in its upcoming iPhone 6. The sapphire crystal 's function would be summarized as a solar charging panel for the device.
On the other hand, it's important to consider that given the limited available solar power and the requirements of these energy systems, this technology probably wouldn't be the primary charging source for a device. Rather, this technology could be applicable, but as an alternative backup power source for mobile devices.
In addition to this, the new patent outlines other possible and unlikely charging methods, including wireless inductive charging and kinetic energy charging through energy capture.
