Battery Technical
Must Batteries Always Be Small?
Are we obsessed with the need to make smaller, and smaller battery cells with more…
Browsing: research
Battery Technical
New Battery Research
Simpler Sodium-Sulfur Batteries in Lab
Sodium-sulfur molten-salt chemistry typically uses liquid sodium, and liquid sulfur as electrodes storing energy. This…
New Battery Research
Novel Cathode For Zinc-Ion Batteries
The current generation of zinc-ion cells use zinc metal as their anode, and liquid aqueous…
New Battery Research
Scavenging Corrosion from Zn-Br Batteries
Zinc-bromine batteries (Zn-Br) use a chemical reaction between zinc metal and bromine, to produce electric…
New Battery Research
A Salt to Remove Free Water Molecules
A team of scientists in Saudi Arabia have discovered something most interesting. Aqueous batteries that…
New Battery Research
250% More Powerful Lithium-Ion Batteries
Four specialist teams in Baden-Württemberg in Germany, have come together to blend fiber, non-woven, and…
Battery Technical
Lithium-Carbon Dioxide Batteries
Large marine batteries are a special case of their own, because they need maximum storage…
New Battery Research
Recovering Lithium Waste From Batteries
Recovering lithium waste from batteries after their useful life has ended, is a challenge. This…
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More Energy in Iron-Based Batteries
Rechargeable iron-based batteries use iron metal as their key active material in their electrodes. Working…
Featured
Towards Sustainable High Capacity Batteries
Northwestern University in Illinois, United States, has its eyes looking ahead towards sustainable high capacity…