Leveraging AI For Battery Breakthroughs. Jason Koeller, Co-Founder and CTO, Chemix

When it comes to batteries for Evs, can we be done with the incremental, inch by inch improvements? Everyone in the battery business is looking for a breakthrough. Dramatically more range. Lower costs. Faster charging. And, of course, make them safer. Today we meet a potential game changer: AI. Artificial Intelligence has the ability to assess and make sense of mountains of data at very high speed. This, in turn, let's engineers develop the ideal battery chemistry for specific applications at light speed, or close to it. My guest today is Jason Koeller, Co-founder Chemix, an impressive Silicon Valley based startup. If the US government decides to assemble a Team USA for batteries and battery supply chains, Jason should be at the top of the roster. He is smart. He's original. And he is a man of action. He believes that the future is electric. And he is confident that AI can produce breakthroughs for batteries across the board - range, safety, energy density. Let's find out how and how soon on the Driving With Dunne podcast.

Om Podcasten

Electric vehicles are the future. But with new technologies comes confusion! What's real? And what is hyperbole? Who are the people to know and what are their visions? Leading global electric vehicle innovators and executives join Michael J. Dunne in no-nonsense conversations about what that electric future looks like. Speaking with some of the biggest in the field like Fisker, NIO, Lucid, Xpeng and more, Dunne - author, entrepreneur and keynote speaker – knows the business of electric vehicles. He’s going to answer questions like: Which EV brands are the best? Why is the charging experience so unpredictable? Who makes the best battery? The electric vehicle revolution is a global race that China now leads with America way back in their rear view mirror. Who will win out - and why? Every episode of Driving With Dunne equips you with powerful new knowledge about the future of these battery-propelled computers on wheels.