#Collect blue spheres how to

The new work is detailed in a paper that has been submitted for review to the journal MRS Communications.

#Collect blue spheres how to

To create the spherical solar cell design, El-Atab and her colleagues built upon their previous work, which demonstrated how to create thinner and more flexible solar cell designs based on a corrugated groove technique. “The placement and shape of the housefly’s eyes increase their angular field of view so they can see roughly 270 degrees around them in the horizontal field,” says Nazek El-Atab, a postdoctoral researcher in microsystems engineering at the King Abdullah University of Science and Technology (KAUST). “Similarly, the spherical architecture increases the ‘angular field of view’ of the solar cell, which means it can harvest sunlight from more directions.”

The research group hopes its nature-inspired design can fare similarly well in future field tests in many different locations around the world. Indoor experiments with a solar simulator lamp have already shown that it can achieve between 15 percent and 100 percent more power output compared with a flat solar cell with the same ground area, depending on the background materials reflecting sunlight into the spherical solar cell. The spherical solar cell prototype designed by Saudi researchers is a tiny blue sphere that a person can easily hold in one hand like a ping pong ball.

A new spherical solar cell design aims to boost solar power harvesting potential from nearly every angle without requiring expensive moving parts to keep tracking the sun’s apparent movement across the sky. Flat solar panels still face big limitations when it comes to making the most of the available sunlight each day.