Battery Chemistry Shakeup: GM Bets on Manganese, Ford and Slate Double Down on LFP as Energy Storage Surges
Battery makers are splitting the playbook: cheaper LFP for scale, manganese-rich cells for performance and resilience.
What is this trend?
Automakers and battery suppliers are diversifying beyond one default chemistry to balance cost, range, durability, and mineral risk as EV and storage demand climbs.
- LFP is becoming the cost-and-durability workhorse for affordable EVs and grid storage.
- Manganese-rich chemistries are gaining ground where higher energy density and lower mineral exposure matter.
- Battery strategy is shifting from one-size-fits-all to portfolio planning across vehicle and storage use cases.
- Manufacturing location and supply-chain control are now as important as cell chemistry itself.
- Policy and demand growth are accelerating the race to scale new chemistries before costs and constraints bite.
What’s the latest?
Wild swings in lithium prices and slow-moving extraction tech are pushing the battery industry to pivot toward alternative chemistries that promise greater market stability.
How it developed earlier updates
Automakers are racing to reinvent their battery playbooks as GM bets big on manganese-rich tech, Ford doubles down on LFP, and Slate leverages new policies to sidestep China—reshaping the future of EV
Battery Chemistry Shakeup: GM Bets on Manganese, Ford and Slate Double Down on LFP as Energy Storage SurgesSwitching to locally sourced LFP batteries and cell-to-pack architecture, Slate boosts range and slashes battery costs by 40%, all while meeting new federal tax credit rules.
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