Inside Science
/
Article

BRIEF: Solar Cells That You Can Wear

NOV 15, 2016
A team of researchers developed solar cells and batteries that can be weaved into fabrics
BRIEF: Solar Cells That You Can Wear lead image

BRIEF: Solar Cells That You Can Wear lead image

UCF

(Inside Science) -- A group of scientists from University of Central Florida in Orlando has developed a device that can simultaneously harvest and store energy from the sun. They described their findings earlier this month in the journal Nature Communications .

The thin, ribbon-like device contains solar cells on one side and an energy-storage layer on the other. A material this thin and flexible could be used to make solar powered wearables -- imagine an armband that charges your phone while you are jogging outside, a light winter coat with a self-powered heater, or a Kevlar jacket that can power a GPS device for a stranded soldier.

While scientists and engineers work to develop better and more efficient solar cells to power homes and businesses, this innovative device could increase the reach of solar power even beyond the immediate application as wearables. With smaller and more efficient solar cells and energy storage devices, new technologies can become more practical in the future, such as solar powered cars and even planes .

More Science News
AIP
/
Article
FYI
/
Article
/
Article
Applying a high magnetic field simulates microgravity conditions that suppress melt convection in germanium single crystal growth, thus reducing defect formations.
/
Article
In-situ observation combined with polarized light imaging describes how the biodegradable plastic deforms when scratched.
/
Article
A review on two-dimensional and layered vanadium and their emerging applications in energy storage and conversion, catalysis, electronic devices, smart materials, and more.
/
Article
A simulation that captures the 3D morphology of the vagus nerve results in more accurate predictions of electrical stimulation response.
/
Article
/
Article
Spreadsheets littered with calculations motivate the science-fiction writer’s stories, including Project Hail Mary.
/
Article
Capitalizing on a mechanoelectrical mechanism that arises from the spines’ structure could yield useful sensors for marine environmental monitoring and other applications.