A scanning electron microscope image of a piece of mesh solar panel that was used to develop a new solar battery. The device combines the energy-capturing abilities of a solar cell with the energy-storing capabilities of a battery. Credit: Yiying Wu, Ohio State University
Really interesting concept. The real payday will come if the battery component can be manufactured using cheap compatible processes.
How much Toxic Waste is left behind after it’s manufactured ?
I’ve been reading this same article every year since the first oil embargo in 1973.
But, after at least $100 billion of R&D and government subsidies, solar still produces less than 1% of the world’s energy.
It’s a great idea, and the technology is fascinating.
But will it EVER be cost competitive?
“Basically, it’s a breathing battery,” he said. “It breathes in air when it discharges, and breathes out when it charges.”
Interesting...
Interesting device, though I doubt it’d be available any time soon.
Also an interesting concept for preppers, provided that it is affordable.
when solar cells can produce and store ALL/100% of the power needed for homes with the least average sunlight, day or night, and do so at a cost as low as the lowest cost energy source available, and with installation costs that pay-off in ten years or less, then I might consider them.