Flexicharge
Flexicharge

Our thermoelectric generator uses body heat to power wearable devices

Our thermoelectric generator uses body heat to power wearable devicesOur thermoelectric generator uses body heat to power wearable devicesOur thermoelectric generator uses body heat to power wearable devices

Find out how our flexible thermoelectric generators extend the uptime of health monitoring wearables using body heat. 

Learn How

Our Technology

Flexible Thermoelectric Generators (TEG)

Our flexible thermoelectric power generator supplemental power supplies use the difference in temperature between your skin and the air around you to generate 2 - 5 volts of consistent power. 

Read The Technical Papers

While FlexiCharge's flexible TEG supplemental power supplies are not currently available, our team is hard at work developing a proof-of-concept device that will display this amazing new technology. 

Meet The Team

Resources

Effect of particle-size distribution and pressure-induced densification on the microstructure and properties of printable thermoelectric composites and high energy density flexible devices

  • The flexible and scalable thermoelectric generator was successfully fabricated using chitosan-p-BST composite materials.
  • The 3-leg-BST thermoelectric generator device achieved a power density of 5.72 mW/cm2.

Read The Paper

High-performance scalable and cost-effective thermoelectric devices fabricated using energy-efficient methods and naturally occurring materials

  • Developed an energy-efficient process using novel binder, mixed particles size, and hot pressing.
  • Used naturally occurring chitosan gel electrolyte and Bismuth as thermoelectric material.


Read The Paper

Thermoelectric Performance Enhancement of n-type Chitosan-Bi2Te2.7Se0.3 Composite Films Using Heterogeneous Grains and Mechanical Pressure

  •  A cost-effective and sustainable approach was used to fabricate high performance printable and flexible TEG's.


Read The Paper

The FlexiCharge Team

Deepa Madan, PhD, Founder and Technical Lead - FlexiCharge

Deepa Madan, PhD

Deepa Madan, PhD

Deepa Madan, PhD

Founder & Technical Lead

deepa.madan@flexichargepower.com

LinkedIn
Chris Ewing, CEO - FlexiCharge

Chris Ewing

Deepa Madan, PhD

Deepa Madan, PhD

CEO

chris.ewing@flexichargepower.com

LinkedIn
Jiyuan Huang, Research Scientist - FlexiCharge

Jiyuan Huang

Deepa Madan, PhD

Jacob Lombardo

Research Scientist

jiyuan.huang@flexichargepower.com

LinkedIn
Jacob Lombardo, Research Scientist - FlexiCharge

Jacob Lombardo

Priyanshu Banerjee, PhD

Jacob Lombardo

Research Scientist

jacob.lombardo@flexichargepower.com

LinkedIn

Srushti Kulkarni

Priyanshu Banerjee, PhD

Priyanshu Banerjee, PhD

Research Scientist

srushti.kulkarni@flexichargepower.com

LinkedIn

Priyanshu Banerjee, PhD

Priyanshu Banerjee, PhD

Priyanshu Banerjee, PhD

 Technical Advisory Board Member 

Priyanshub1993@gmail.com

LinkedIn

Aaditya Rajgor

Aaditya Rajgor

Aaditya Rajgor

Product Development Manager

aaditya@flexichargepower.com

LinkedIn

Join the list

We are currently evaluating potential trial partners who will be among the first to work with us to integrate this new technology into their devices. Fill out the form below to inquire about becoming a trial partner.

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FlexiCharge, LLC

Baltimore, MD 21230

contact@flexichargepower.com

  

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