Vanderbilt University created new ultrathin device that can harvest electricity from subtle human motion, used to charge devices like smartphone, wearables, and smart clothing

Briefing

Vanderbilt University created new ultrathin device that can harvest electricity from subtle human motion, used to charge devices like smartphone, wearables, and smart clothing

August 28, 2017

Briefing
  • Ultrathin Energy Harvesting System - Vanderbilt University-led team created ultrathin device from layers of block phosphorus nano sheets just a few atoms thick able to extract energy from slow movements like standing and sitting
  • Technology Capabilities - Produces 40 microwaves per square foot from bending and stretching caused by human motion
  • Potential Uses - Include powering electrified clothing that can change colors and patterns, record people's movements, or perform 3D motion tracking integrated with virtual reality
  • Next Steps – Include increasing voltage and exploring low voltage electrical components, such as LCDs

Accelerator
Batteries, Clean Energy Generation, Distribution and Management

Sector
Information Technology

Organization
Vanderbilt University

Source

Original Publication Date
July 21, 2017

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