That translates to an 80% charge in about five minutes.
Lithium ions (in most EV batteries) travel on repeated round trips between the anode and the cathode as the battery charges and discharges. The chemistry has traditionally been powered by expensive materials primarily sourced abroad, including graphite.
By replacing all of the graphite in the power pack with home-harvested silicon, Ionic plans to strengthen the regional battery material supply chain, as graphite is subject to foreign markets, rules, and regulations.
“Our domestic nano-silicon production reduces reliance on foreign sources and fuels regional economic growth,” Ionic founder and CEO Andre Zeitoun said in The EV Report.
Ionic is gathering its silicon from a Utah deposit. By the middle of the year, officials plan to be able to produce more than 2,200 tons of nano-silicon annually, according to the online tech news site.
What’s more, the congressman noted that the benefits go beyond EV performance.
“Growing U.S. mineral processing and manufacturing strengthens our energy independence and national security,” Curtis said.
The advantages promised on the road are also newsworthy in their own right. In addition to faster charge times, the company boasts energy density and capacity that’s 10 times greater than common batteries. That means your EV will travel much farther before that five-minute plug-in is needed.
Ionisil has already met expectations during testing, per the company. Since the anodes can be dropped into current production facilities with no line changes, there’s no delay for refits.
That’s why the company seems ready for action.
“The silicon race is on,” Ionic’s website boldly declares.
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