New Battery Research
Sodium Ions Beat Lithium Charging Rate
Lithium-ion batteries have a reputation for charging faster than other types. This strength has enabled…
Browsing: New Battery Research
New Battery Research
New Battery Research
Managing Water in Zinc Metal Batteries
Aqueous zinc batteries with water-based, liquid electrolytes, could become a great option for temporary grid…
New Battery Research
Thin Interface Interlayer Works Wonders
Solid-state battery electrolytes need careful design. They can’t flow into valleys and cracks in adjacent…
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
Fluorine Atoms Fix Sodium-Ion Batteries
Fluorine is a highly reactive element, mainly used in controlled industrial and laboratory processes. Fluoride…
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
Stable Lithium Anode-Electrolyte Interface
Scientists in China have developed a more stable lithium anode-electrolyte interface, that improves lithium metal…
New Battery Research
Indigo Blue Dye Going Greener
Indigo is the second last color in the spectrum, between blue and violet. Although we…
New Battery Research
Better Lithium-Metal Battery From Korea
Lithium metal batteries are promising candidates for next-generation, high-energy storage. However, their chemistry is currently…
New Battery Research
Measure of Lithium-Ion Battery Potential
Scientists at University of Osaka in Japan, and Daikin Industries based nearby, have formulated a…