"We have designed the coating so that it can be applied retroactively onto solar cells, as well as new panels."

A new green processing method using urea makes silicon porous and stable enough to double or even triple lithium-ion battery capacity.

Understanding how these defects behave and transform opens the door to more targeted passivation strategies and higher cell efficiencies.

Scientists have long explored graphene coatings to protect solar cells from corrosion, but scaling graphene into usable films has remained a major hurdle.

A diverse team developed a new dielectric n additive-based coating technology that enables high-performance organic photovoltaics (OPVs) to be manufactured reliably regardless of ...

New eCryoEM imaging reveals electrolyte reactivity, not electron diffusion, drives early lithium battery corrosion.

Researchers at the University of Virginia have developed a cutting-edge AI model that leverages multi-fidelity graph neural networks to improve power grid reliability, ...

McGill researchers propose alternatives for electric vehicle batteries, potentially reducing manufacturing costs by 20 percent

Dr. Andreas Distler and his team at FAU, in cooperation with HI ERN, have set a new world record in organic solar module ...

By incorporating a dual-molecule solution, the team achieved a National Renewable Energy Lab (NREL) certified efficiency of 25.1% in perovskite solar cells.

Known as kinetically controlled space confinement, the process could help improve the stability and reduce the cost of halide perovskite-based emerging technologies like ...

The innovative method, presented in a paper published Wednesday in the journal Nature, suppresses the growth of lithium dendrites.