Thank A Rare Fungus For The Sustainable Solar Cell Of The Future
The next generation of low cost, low impact solar cells could come from a fungus that transforms ordinary wood into a blue-hued source material for artists and artisans.
The next generation of low cost, low impact solar cells could come from a fungus that transforms ordinary wood into a blue-hued source material for artists and artisans.
Sandia National Laboratories got the green light to pursue a “falling particle” system for ramping up concentrating solar power to the next level.
Russian Railways is exploring a first-of-its-kind energy storage strategy that could open the door for more renewables on the sprawling railway grid.
Tariff or not, US solar jobs can continue to grow even where solar resources are less than optimal — if state policies accelerate 3-D printing, IOT and other next-generation manufacturing methods.
Five hundred million off grid solar plus storage users is a lofty coal, but the Guatemala-based company Kingo has an ambitious plan to make it happen.
Missouri is finally shaking off its coal dependency, and its newest wind farm demonstrates how states can leapfrog over natural gas replacement and go straight to renewable energy.
The US Department of Energy is betting on new cutting edge concentrating solar power technology to make renewable energy more efficient and less expensive, but the bigger question is can renewables keep up with the bitcoin explosion?
A new business model for perovskite solar cells leans on glass manufacturing, and that spells good new for the US glass industry.
A new $72 million round of funding for high temperature concentrating solar power R&D means the US nuclear energy sector will face stiff competition for zero emission, baseload electricity generation.
Hydrogen could help the UK overcome a financial roadblock in its ambitious plans to ditch diesel in favor of an electrified rail transport system.