Sensors & Switches Blog

Sensors & Switches

The Sensors & Switches Blog is the place for conversation and discussion about thermal, mechanical & pressure sensors, optical & ultrasonic sensors, electrical and electromagnetic sensors, and switches and solenoids. Here, you'll find everything from application ideas, to news and industry trends, to hot topics and cutting edge innovations.

Previous in Blog: Crystal Ball May Hold the Kilogram's Future   Next in Blog: A Lab on a Chip Changes Everything
Close
Close
Close
4 comments
Rate Comments: Nested

Knitting Energy Storage into "Smart" Fabrics

Posted August 21, 2015 12:00 AM by Engineering360 eNewsletter

New research may yield an improved solution to powering "smart clothing" - clothing and textiles that often have sensors woven right into them. Using a technique called "natural fiber welding" to embed activated charcoal particles into cellulose-based yarn, researchers produced a flexible, fiber-based super-capacitor capable of storing energy comparable to that of a 4 cm2 coin-cell battery. Without a flexible, tightly-integrated energy storage solution like this one, smart fabrics must rely on bulky external batteries plugged into the garment - a markedly less elegant solution.


Editor's Note: This news brief was brought to you by the Sensors & Switches eNewsletter. Subscribe today to have content like this delivered to your inbox.

Reply

Interested in this topic? By joining CR4 you can "subscribe" to
this discussion and receive notification when new comments are added.
Guru

Join Date: Apr 2010
Location: About 4000 miles from the center of the earth (+/-100 mi)
Posts: 9910
Good Answers: 1141
#1

Re: Knitting Energy Storage into "Smart" Fabrics

08/21/2015 1:15 PM

It seems to me that body heat would be a good source of harvestable energy. The typical adult generates about 100W and it requires no effort.

http://www.forbes.com/2010/06/07/nanotech-body-heat-technology-breakthroughs-devices.html

Reply
Guru
Engineering Fields - Electrical Engineering - Been there, done that. Engineering Fields - Control Engineering - New Member

Join Date: Dec 2008
Location: Long Island NY
Posts: 15600
Good Answers: 981
#2

Re: Knitting Energy Storage into "Smart" Fabrics

08/23/2015 8:58 PM

Weaving a super capacitor into the threads of a garment is a fascinating idea. It does bring up the reoccurring paradox of "Just because one can do this, is there a good reason to do this? Tune in later!"

I'm not sure the use of the term "sensor" is the correct term for this article. To me, the term "sensor" implies a transducer that is intended to not take an appreciable amount (energy) from a system in order to measure that system. It seems to me that this should be either a co-generation or parasitic power generation process with the energy stored on the woven super capacitors.

I know, I know. Engineers can be such nit pickers from time to time.

__________________
"Don't disturb my circles." translation of Archimedes last words
Reply
Guru

Join Date: May 2011
Location: Northern California
Posts: 805
Good Answers: 81
#3
In reply to #2

Re: Knitting Energy Storage into "Smart" Fabrics

08/24/2015 10:21 AM

Engineers can be such nit pickers from time to time.

In this case knit pickers.

I'll see myself out...

__________________
"Why do things that only happen to stupid people keep happening to me?" Homer Simpson
Reply
Associate

Join Date: Aug 2015
Posts: 25
#4

Re: Knitting Energy Storage into "Smart" Fabrics

08/27/2015 3:08 AM

Next big thing that this technology could be applied. Wind energy, by ultra sensitive energy harnessing fiber.

Lesser maintenance cost definitely and convenience to install anywhere, so long as there is dynamic disturbance. This is BIG DEAL definitely.

Make this into one like this in busy metro train station, one punch per passenger.

Peeewee

__________________
"peitschen deinen arsch" -that's what she said.
Reply
Reply to Blog Entry 4 comments
Copy to Clipboard

Users who posted comments:

jhowdy (1); PeeeWee (1); redfred (1); Rixter (1)

Previous in Blog: Crystal Ball May Hold the Kilogram's Future   Next in Blog: A Lab on a Chip Changes Everything

Advertisement