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Flexible Supercapacitor Can Be Woven Into Clothing

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Cabe Atwell
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Re: This will enable some clever smart clothing.
Cabe Atwell   8/15/2014 4:47:23 AM
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Yikes, if your math is right, that is impressive indeed! 

Month long battery life?

 

Capacitors explode.. this is a fact. Will this jacket do the same? 

C

Trenth
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Re: This will enable some clever smart clothing.
Trenth   8/6/2014 8:04:12 PM
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Oh, I'm impressed by this fiber, I just like to put new stuff in perspective of the old stuff I know.  

1 kg 2 lb garment would have 180WH of storage.   That's 3 times the capacity of my largest lenova x61 battery pack.  

Cabe Atwell
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Re: This will enable some clever smart clothing.
Cabe Atwell   8/6/2014 6:21:16 PM
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Trenth,

Now factor in how much of the supercap material can be added to the clothing. I bet it would be sizable.

We all know supercaps will have a lower density. But the charge time is a huge plus. Seconds, not hours.

C

Trenth
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This will enable some clever smart clothing.
Trenth   8/6/2014 4:46:44 PM
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Energy Density: 

300F per CC. Supercaps general run at about 2.5V. That's about 150 joules about 40mWh A 1 cm Lithium. http://www.hobbyking.com/hobbyking/store/__7565__ZIPPY_50mAh_20C_single_cell.html 50 MA at 3.6V or about 180mWH. That's About 650 Joules. So cool as the new tech is, it's not as much capacity as current LiPoly. They are also about the same current output per g as the lithium, about 1A. A gram of TNT contains about 4000 Joules. Density is around 1.6 for TNT , so about 6400 Joules per CC So to recap: 6500 Joules per cc for TNT 648 Joules per cc for LiPoly 150 Joules per cc for this article fiber super caps.




Elizabeth M
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Re: Interesting development
Elizabeth M   8/6/2014 4:55:42 AM
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That's a good idea, naperlou. I think especially for fabrics that need to be very flexible and stretch alot, like in sports-related materials, having the power source woven directly into the material would definitely be a boon.

Gorski
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Flexibel Supercapacitor
Gorski   8/5/2014 10:54:16 AM
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This material, if it performs as said, would be a great seller of "Electric Clothing." I'm always recharging my cell phone because it works harder in "phone-proof" buildings where I take classes and in some supermarkets. It would eliminate charging my phone several times a day.

 

Gorski-Prince

Gorski
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Flexibel Supercapacitor
Gorski   8/5/2014 10:54:16 AM
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This material, if it performs as said, would be a great seller of "Electric Clothing." I'm always recharging my cell phone because it works harder in "phone-proof" buildings where I take classes and in some supermarkets. It would eliminate charging my phone several times a day.

 

Gorski-Prince

naperlou
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Re: Interesting development
naperlou   8/5/2014 10:49:20 AM
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Considering all the wearable devices that are coming out, this could be a good way to power them.  I would think that especially for sports monitoring they would be a great solution.

Battar
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Did I read that correctly ?
Battar   8/5/2014 10:43:32 AM
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Did that say "300 Farads per cubic centimeter" ? If i've done my sums correctly, that works out to about the energy density of a hand grenade, if fully charged to 3.3V and with a practical low leakage current. 

Elizabeth M
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Interesting development
Elizabeth M   8/5/2014 6:12:16 AM
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I've done some work on some of these new power sources for wearable tech, Cabe, and this one definitely seems to be quite interesting. The idea that it can be woven into clothing is unique--I haven't seen this yet so far from other solutions. Not so surprising carbon and graphene are involved! They seem to be at the foundation of many great inventions these days.

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