Is Gravity Battery the Future of Power Industry? How It Provides Solutions for High Capacity Energy Storage, Explained

Medicine & Technology May 17, 2022

Power developers in Edinburgh plan to create the most effective and long-term energy-saving structure that uses the natural gravity of Earth. Learn more about how this high-capacity energy storage works.

Long-Term Solar Energy Saving Now Possible, Storage Up to 18 Years

Apr 13, 2022

A new study shows the latest development in the solar energy-saving technique. Learn more about the efficacy of the system, and how it could store solar energy for years.

A Step Forward for the Solar Power Industry: BLUETTI’s New Solar Generator Powered by the World’s First Sodium-Ion Battery Is Here!

Dec 27, 2021

BLUETTI will move forward with their latest and the world's first sodium-ion batteries integrated into their solar generators. Here is what we know so far.

Janus Graphene: Asymmetric, Two-Faced Material Could Turn Sodium-Ion Batteries Into Sustainable Energy Storage

Aug 26, 2021

A new nanomaterial, called the Janus Graphene, could further improve sodium-ion batteries as a potentially sustainable energy storage solution.

Birnessite Reexamined: 'Classic" Material Finds New Potential for Electrochemistry, Energy

Aug 12, 2021

To better understand how ions penetrate very small gaps during the adsorption process from an electrolyte to the electrode, researchers turned to the 'classic' material, birnessite.

Researchers Find Material With Thin Layers Of Water Holds Energy Better Than The Other

May 02, 2017

Researchers have found that materials that contain thin layers of water is able to hold and transfer energy better than the ones that do not.

China’s Supercomputer Tianhe-2 Reigns Supreme

Nov 18, 2014

While the U.S. and the E.U may lead the pack in many sectors of technological advancements, and the concept of smart cities, it’s China’s supercomputers that continue to reign supreme. Commemorating the opening day of the SC14 Supercomputing Show in New Orleans, Monday Nov. 17, a team of researchers from the Lawrence Berkeley National Laboratory, the University of Tennessee and German tech company Prometeus issued the 2014 list of the top 500 most powerful computing systems in the world. And though the race was close this year, China’s massive Tianhe-2 supercomputer topped the list at No.1, for the fourth time in a row.