Walk to Charge your Cell Phone Charge your Cell Phones by wearing these special shoes developed by Tom Krupenkin and J Ashley Taylor at the University of Wisconsin Madison The mechanical energy is converted to electrical energy by using a micro fluid based device consisting of thousands of liquid micro droplets interacting with a nano structured substrate Placed in a shoe the device captures the energy of moving micro droplets and converts it into electrical current There is enough power according to the researchers to charge a standard mobile phone or laptop Getting the energy from the device to the handset presents another challenge One way is to plug a USB cable into the shoe probably not the most practical option There are a lot of places where this kind of power would be useful The military could put it in boots and cut way back on the number of batteries a typical soldier has to carry Right now they have to walk around with up to 20 pounds worth to power various electronic devices such as night vision goggles laptops and GPS units If nothing else this method of powering phones might end up encouraging more people to exercise And think of the possibilities if you run marathons Another solution would be to use the power excavating shoe as an intermediary between cell phone towers and your phone like a long distance radio As searching for a signal is a huge drain on a phone s power Krupenkin said this method is a huge energy saver and could make your phone s battery last as much as 10 times longer Source technodiscoveries com

Walk to Charge your Cell Phone

Charge your Cell Phones by wearing these special shoes, developed by Tom Krupenkin and J. Ashley Taylor at the University of Wisconsin Madison.

The mechanical energy is converted to electrical energy by using a micro-fluid based device, consisting of thousands of liquid micro-droplets interacting with a nano-structured substrate. Placed in a shoe, the device captures the energy of moving micro droplets and converts it into electrical current.

There is enough power, according to the researchers, to charge a standard mobile phone or laptop. Getting the energy from the device to the handset presents another challenge. One way is to plug a USB cable into the shoe – probably not the most practical option.

There are a lot of places where this kind of power would be useful. The military could put it in boots and cut way back on the number of batteries a typical soldier has to carry. Right now they have to walk around with up to 20 pounds worth to power various electronic devices such as night vision goggles, laptops and GPS units.

If nothing else, this method of powering phones might end up encouraging more people to exercise. And think of the possibilities if you run marathons.

Another solution would be to use the power-excavating shoe as an intermediary between cell phone towers and your phone, like a long-distance radio. As searching for a signal is a huge drain on a phone’s power, Krupenkin said this method is a huge energy saver and could make your phone’s battery last as much as 10 times longer.

Source: technodiscoveries.com

Walk to Charge your Cell Phone

Charge your Cell Phones by wearing these special shoes, developed by Tom Krupenkin and J. Ashley Taylor at the University of Wisconsin Madison.

The mechanical energy is converted to electrical energy by using a micro-fluid based device, consisting of thousands of liquid micro-droplets interacting with a nano-structured substrate. Placed in a shoe, the device captures the energy of moving micro droplets and converts it into electrical current.

There is enough power, according to the researchers, to charge a standard mobile phone or laptop. Getting the energy from the device to the handset presents another challenge. One way is to plug a USB cable into the shoe – probably not the most practical option.

There are a lot of places where this kind of power would be useful. The military could put it in boots and cut way back on the number of batteries a typical soldier has to carry. Right now they have to walk around with up to 20 pounds worth to power various electronic devices such as night vision goggles, laptops and GPS units.

If nothing else, this method of powering phones might end up encouraging more people to exercise. And think of the possibilities if you run marathons.

Another solution would be to use the power-excavating shoe as an intermediary between cell phone towers and your phone, like a long-distance radio. As searching for a signal is a huge drain on a phone’s power, Krupenkin said this method is a huge energy saver and could make your phone’s battery last as much as 10 times longer.

Source: technodiscoveries.com

Walk to Charge your Cell Phone Charge your Cell Phones by wearing these special shoes, developed by Tom Krupenkin and J. Ashley Taylor at the University of Wisconsin Madison. The mechanical energy is converted to electrical energy by using a micro-fluid based device, consisting of thousands of liquid micro-droplets interacting with a nano-structured substrate. Placed in a shoe, the device captures the energy of moving micro droplets and converts it into electrical current. There is enough power, according to the researchers, to charge a standard mobile phone or laptop. Getting the energy from the device to the handset presents another challenge. One way is to plug a USB cable into the shoe – probably not the most practical option. There are a lot of places where this kind of power would be useful. The military could put it in boots and cut way back on the number of batteries a typical soldier has to carry. Right now they have to walk around with up to 20 pounds worth to power various electronic devices such as night vision goggles, laptops and GPS units. If nothing else, this method of powering phones might end up encouraging more people to exercise. And think of the possibilities if you run marathons. Another solution would be to use the power-excavating shoe as an intermediary between cell phone towers and your phone, like a long-distance radio. As searching for a signal is a huge drain on a phone’s power, Krupenkin said this method is a huge energy saver and could make your phone’s battery last as much as 10 times longer. Source: technodiscoveries.com

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