Feb 9 • 15:23 UTC 🇧🇷 Brazil Folha (PT)

Why GM bets on an unproven chemical combination for batteries

The head of General Motors' electric vehicle division is betting on an unproven battery chemistry to regain market competitiveness after significant financial losses.

Kurt Kelty, the head of electric vehicle development at General Motors, is advocating for a bold shift towards a new lithium-manganese-rich battery technology, despite its unproven commercial viability. The push comes in the wake of GM suffering $7.6 billion in accounting write-downs, prompting the need for innovative strategies to re-establish its stance in the competitive electric vehicle market. Kelty describes this initiative as both ambitious and risky, emphasizing that such steps are crucial to rejuvenate electric vehicle adoption in the U.S.

Kelty's plans include aiming to be the first automaker to deploy this lithium-manganese technology, with projections to launch their first LMR-equipped electric models by 2028. He recognizes that if this initiative fails, it will reflect on him personally, but argues that avoiding risk leads only to stagnant progress and copied technologies. His background at Tesla and Panasonic positions him as a key figure in this transition, and he declares the necessity of taking bold steps to avoid being left behind in the evolving automotive landscape.

Moving forward, GM's successful implementation of this battery technology could potentially redefine the electric vehicle sector, providing a competitive edge and stimulating broader adoption among consumers. However, this venture is not without its challenges, as it hinges on overcoming skepticism regarding the commercial feasibility of the LMR chemistry. The implications of GM's gamble could have far-reaching effects on its market share and relevance in a rapidly changing industry driven by innovation.

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