Researchers Tout 20-Year Lithium-Ion Battery
Researchers at Singapore's Nanyang Technology University have developed a lithium-ion battery for vehicles they say can reach 70% of full charge in two minutes, IEEE Spectrum reports.
#hybrid
Researchers at Singapore's Nanyang Technology University have developed a lithium-ion battery for vehicles they say can reach 70% of full charge in two minutes, IEEE Spectrum reports.
The system can handle 20 years of deep discharges, more than 10 times that of today's lithium-ion batteries, according to the nine-member research team. They report on their work in the journal Advanced Materials.
The scientists say the key is an anode that replaces the usual graphite with nanotubes made of titanium dioxide. The nanotubes are formed by mixing titanium dioxide nanoparticles with sodium hydroxide, then stirring at a specific temperature.
The resulting material offers vastly improved power density by eliminating the additives normally used to bind electrodes to the anode. The formulation enables the battery to transfer electrons and ions faster, thus permitting dramatically faster charge times.
The reearchers say their technology has been licensed by a company that hopes to commercialize a next-generation fast-charge battery in two years.
RELATED CONTENT
-
On Zeekr, the Price of EVs, and Lighting Design
About Zeekr, failure, the price of EVs, lighting design, and the exceedingly attractive Karma
-
Special Report: Toyota & Issues Electric
Although Toyota’s focus on hybrid powertrains at the seeming expense of the development of a portfolio of full battery electric vehicles (BEVs) for the market could cause some concern among those of an environmental orientation, in that Toyota doesn’t seem to be sufficiently supportive of the environment, in their estimation. Here’s something that could cause a reconsideration of that point of view.
-
on lots of electric trucks. . .Grand Highlander. . .atomically analyzing additive. . .geometric designs. . .Dodge Hornet. . .
EVs slowdown. . .Ram’s latest in electricity. . .the Grand Highlander is. . .additive at the atomic level. . .advanced—and retro—designs. . .the Dodge Hornet. . .Rimac in reverse. . .