Charging Mobiles In Your Pants Could Soon Be Possible
From a design element, these batteries look like they were inspired by Listerine PocketPacks, the paper-thin mints that dissolve on your tongue. Their function, however, will be even cooler! The black, light-weight, ultra flexible batteries could open a whole lot of doors when it comes to powering smaller technologies. In the not-too-distant future, the little strips could be creating the possibility of fueling paper airlines and even rejuicing your cell phone battery through a "smart pocket."
"We see this as a technology that's just right for the current energy market, as well as the electronics industry, which is always looking for smaller, lighter power sources," according to a University researcher quoted by the U.K.'s Telegraph today. The batteries function between temperates of -70C and 150C and over 90% of the battery is made of cellulose (hence its paper-like quality.)
Now, I'm a geek in my own right, but this Telegraph article was infused with a little more techie jargon than I could comprehend. It looks cool, sounds groundbreaking, and I can't wait to find out when I can start re-loading my cell in the rear pocket of my Diesel jeans! Anyone needing more info can check out the original article.
"We see this as a technology that's just right for the current energy market, as well as the electronics industry, which is always looking for smaller, lighter power sources," according to a University researcher quoted by the U.K.'s Telegraph today. The batteries function between temperates of -70C and 150C and over 90% of the battery is made of cellulose (hence its paper-like quality.)
Now, I'm a geek in my own right, but this Telegraph article was infused with a little more techie jargon than I could comprehend. It looks cool, sounds groundbreaking, and I can't wait to find out when I can start re-loading my cell in the rear pocket of my Diesel jeans! Anyone needing more info can check out the original article.
Trend Themes
1. Flexible Batteries - The development of paper-thin, flexible batteries presents disruptive innovation opportunities in powering smaller technologies and creating new possibilities for the electronic industry.
2. Lightweight Power Sources - The emergence of lightweight power sources, such as the ultra flexible batteries, opens up disruptive innovation opportunities for industries seeking smaller and lighter power solutions.
3. Smart Pocket Charging - The concept of using a smart pocket to recharge mobile phone batteries presents disruptive innovation opportunities for the energy market and the development of innovative charging solutions.
Industry Implications
1. Electronics Industry - The electronics industry can benefit from the disruptive innovation opportunities offered by the development of paper-thin, flexible batteries and the search for smaller, lighter power sources.
2. Aerospace Industry - The aerospace industry can explore disruptive innovation opportunities by utilizing paper-thin, flexible batteries to power advancements in the development of fueling paper airlines.
3. Fashion Industry - The fashion industry can capitalize on disruptive innovation opportunities by incorporating smart pocket charging technology into clothing designs, offering new and convenient ways to recharge electronic devices.
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