Featured
Compressed-Air Storage in Yingcheng China
Compressed-air storage is a way to reserve electrical energy for future use. We compress the…
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Featured
Featured
New Boost to Sodium-Ion Battery Performance
Lithium-ion chemistry is dominating North American markets, but there are growing concerns according to University…
Featured
Zinc and Vanadium For Grid Scale Storage
Distinguished professor Richard Kaner,and assistant professor Yuzhang Li, are both from University of California in…
Battery Technical
How Some Lithium-Ion Batteries Fail Early
Did you ever wonder how some lithium-ion batteries fail prematurely, while others keep going longer? The…
Featured
SEI Layer Role in Lithium Metal Battery Life
Scientists from the Department of Molecular Chemistry and Materials Science, at Weizmann Institute of Science…
Battery Technical
Hydrogen-Battery Air Taxi from Sambo at CES
Sambo+Mobility is a Korean company with a distinct interest in carbon-free flight. It is showcasing…
Featured
Understanding Lithium Dendrites Threads
Lithium metal batteries outperform their competition, because their anodes can store more energy. But lithium’s…
Battery Basics
How VRLA Batteries Dry Out and Fail
There are two types of low-maintenance, valve-regulated lead-acid (VRLA) batteries on the commercial market. Unlike…
Battery Basics
How Lead-Acid Batteries Age and Fail
No electro-chemical battery lasts forever, and that is true of every battery type across the…
Featured
Industrial Waste for Energy Storage In Lab
Triphenylphosphine oxide is a common, but potentially useful waste by-product of organic synthesis, for example…