Faraday Flashligh = Cell Phone Charger?

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SUMMARY

The discussion centers on the feasibility of integrating mini Faraday flashlight devices into clothing to charge a cell phone or electronic device. The concept involves accumulating sporadic electrical charges to effectively power a 3.7-volt battery. Key considerations include the number of induction devices required for practicality and the compatibility of various battery chemistries for continuous trickle charging. The exploration of "Energy Harvesting" from clothing is highlighted as a relevant area of investigation.

PREREQUISITES
  • Understanding of energy harvesting principles
  • Knowledge of battery technologies, specifically lithium-ion and their discharge characteristics
  • Familiarity with induction charging mechanisms
  • Basic electronics and circuit design skills
NEXT STEPS
  • Research energy harvesting techniques in wearable technology
  • Investigate lithium-ion battery discharge and charging cycles
  • Explore the design and implementation of induction charging systems
  • Study current advancements in wearable electronics and their energy efficiency
USEFUL FOR

This discussion is beneficial for engineering students, wearable technology developers, and anyone interested in innovative energy solutions for portable electronics.

Raswelsta
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Hi,
I am an engineering student, and I have an idea for a project, but I am not sure if it is viable. I want to make an article of clothing such as a jacket with several mini faraday flashlight-esque devices inside. They would be connected, and would charge a cell phone or other electronic device. My question is, can sporadic electrical charge be be accumulated so as to effectively charge a 3.7 volt battery? Also, how many induction devices would it take to make this device feasible? Any additional thought, comments and criticisms are very welcome and appreciated. Thanks.
 
Engineering news on Phys.org
"Energy Harvesting" from clothing is a current area of investigation:

http://www.google.com/search?source...othing&gs_upl=0l0l0l9068lllllllllll0&aqi=g-v1

You might be able to get enough energy to charge a cell phone, but keep in mind that many battery technologies work best if they are discharged pretty far before recharging. You would likely be limited to just some battery chemistries (which ones?) if you wanted to continuously trickle charge the phone. An alternative would be to charge one battery while using a 2nd battery in the phone...
 

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