Electric vehicle sales seem to be growing by the minute in the US. Although they still only have a tiny corner of the auto market cornered, astronomical valuations of industry leaders like Tesla offer a glimpse at the potential of a virtually nascent market. In order to bring costs down even further to entice consumers, the US has plans to amplify battery production on its home soil over the next decade. With global competitors miles ahead, does the US have the technology, or more importantly the resources, to gain ground in the EV battery market?

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Researchers from the Tokyo University of Science have taken another step in the ongoing quest to bring next-generation sodium-ion batteries to market. They have achieved a higher-energy density in sodium-ion batteries than in lithium-ion batteries.

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Michelin’s Movin’On Summit was held virtually last week, and five sustainable mobility companies won its Startup Challenge because they stood out as being able to move from “ambition to action.”

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SK Innovation, a South Korean battery supplier for Volkswagen and Ford, said on Tuesday it will spend $727 million to build a second EV battery plant in the United States. Construction is expected to begin in July, with battery production slated to start in 2023.

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John Goodenough, the co-inventor of the lithium-ion battery, won the Nobel Prize in Chemistry in 2019. But two years earlier, he announced that he made a breakthrough on a solid-state battery that could mean the end of internal-combustion cars. Goodenough, now 97, is self-isolating from the coronavirus and working on Nobel-related commitments. But the job of commercializing the potential breakthrough is being carried forward by the public utility Hydro-Québec.

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Researchers at the University of Michigan this week published a paper titled, “Strategies to Limit Degradation and Maximize Li-ion Battery Service Lifetime.” The goal was to examine the best strategies for extending battery life, including for EV batteries. In the project, which was conducted in cooperation with the Responsible Battery Coalition, an industry association, researchers compared the owner’s manuals for electric cars with academic research.

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In today’s Electrek Green Energy Brief (EGEB):

• Qatar to build an 800 MW solar farm with Total and Marubeni.
• A Tokyo University of Science team are developing potassium-driven rechargeable batteries.
• Cleantech Group announces its Global Cleantech 100, the companies most likely to make an impact.

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Tesla is reportedly in talks with mining giant Glencore to secure a supply of cobalt, a controversial mineral used to produce Li-ion batteries used in most electric vehicles today. expand full story

In July it was announced that LG Chem was working on a potential new billion-dollar US battery cell factory for electric cars. Today in a security filing in South Korea, LG Chem confirmed that investment, and that GM will invest another billion.

Reuters reports that the location is expected to be in the area of Lordstown, Ohio, where GM (pictured in Detroit) recently sold its factory to an EV startup affiliated with Workhorse. This follows news earlier this week that Piedmont Lithium received an important federal permit to proceed with its lithium mine in Gaston County, North Carolina — the second in North America. Looks like Interstate 77 will be America’s hot new lithium corridor.

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Volvo Cars announced today that it would become the first carmaker to implement global traceability of cobalt by applying blockchain technology. The Swedish carmaker said that it reached an agreement with its two global battery suppliers, CATL of China and LG Chem of South Korea, to trace cobalt supplies starting this year.

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