This Explains Why GM Ditched The Ultium EV Battery Label
GM is laying plans for the EV battery of the future, including new cost-cutting, performance-enhancing atomic layer deposition technology.
GM is laying plans for the EV battery of the future, including new cost-cutting, performance-enhancing atomic layer deposition technology.
There’s no other way to put it: GM has struggled badly in its transition to EVs. But recent developments have led me to believe that GM may be better positioned than it appears to be: if I’m right, and if GM does not mess up, it may well be one … [continued]
At Redwood, our process involves sourcing end-of-life batteries and production scrap as well as raw materials and then recycling, refining, and remanufacturing these feedstocks into critical battery materials for North American cell manufacturers at gigafactory-scale. Redwood is now working with Ultium Cells LLC—the joint battery cell manufacturing venture between General … [continued]
GM CEO Mary Barra suggested in a radio interview this week that there might be a next generation Chevy Bolt in the works.
6-month update on US EV supply chain post-IRA.
GM and LGES have broken off talks about building a fourth US battery factory together after GM decided to switch to 4680 cells in the future.
New Factories in Ohio, Tennessee, and Michigan Will Create More than 11,000 Good-Paying Jobs and Reduce the Nation’s Reliance on Other Countries to Meet Increased Demand for Electric Vehicle Technologies
General Motors is set to introduce new electric cars in China and may bring a Chinese EV to the US shortly.
Normally, it’s us EV enthusiasts and EV media who have to debunk all of the FUD. “The grid can’t handle EVs!” they say. “Batteries are toxic, and you can’t recycle them!” they go to next. In the past, we’ve had to look at how things would work in theory, and … [continued]
Driven primarily by projected electric vehicle (EV) demand, the global lithium-ion battery industry and its associated supply chain have committed more than $600 billion in funding towards launching new electric vehicle models. This includes large-scale investment in mineral extraction, chemical processing, anode and cathode production, cell production, recycling facilities, and … [continued]