Researchers from the University of Surrey’s Advanced Technology Institute (ATI) and the University of São Paulo have developed a new analysis technique that will help scientists improve renewable energy storage by making better supercapacitors.
Solar power systems can derive clean, pure energy from the sun. Now, a team of researchers at Talilinn University of Technology (TalTech), Estonia, have presented their study into the suitability of kesterite monograins in both photovoltaic and water splitting applications.
Researchers found that through compositing layered anisotropic materials, increased thermoelectric energy conversion efficiency can be achieved in two directions of measurement. He research was presented in the journal Energy.
The latest research published in Renewable and Sustainable Energy Reviews has indicated the uses of various types of biomass for lithium-sulfur batteries, which have grown to be a true competitor with Li-ion batteries.
The latest research in Science Advances focused on a novel encapsulation strategy for perovskite cells by implementing lead-absorbing ionogel, which is quite effective in preventing leakage of lead and can withstand high-intensity impacts for a long time.
Solar cells are a vital element of renewable solar technologies. Improving their performance is key to generating power from the sun more efficiently. A paper published in Crystals has explored colored photovoltaic solar cells and proposed processes to make them more efficient and increase their aesthetic appeal using cholesteric layers.
Mason Graphite reports that trials using Mason Graphite’s Lac Guéret spherical purified graphite (SPG) with silicon (Si) additions have produced very favorable results.
There is a vast group of people who spend a lot of time sitting near charging points charging their laptops, tablets, and phones. Lithium-ion batteries that power such devices frequently take a lot of time to recharge.
The development of eco-friendly and energy-efficient technology is one of the most pressing needs of this century. A paper in the journal Energy Storage Materials considers the use of organic electrode materials.
Systems integrating AI will need to have next-generation, smart power solutions. A paper published in 2021 on Wiley Small Science has explored the possibility of creating smart electrochemical energy storage devices by exploiting functional electrolytes.
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