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Here’s why Slate changed the battery in its cheap EV truck
Slate, the maker of an affordable EV truck priced at $24,950, has altered its battery strategy, opting for lithium-iron-phosphate (LFP) cells instead of nickel-manganese-cobalt (NMC). This switch boosts the standard range from 150 to 205 miles and reflects significant changes in the U.S. battery market, driven by cost and supply chain adjustments.
Key points
- Slate has shifted from NMC cells to LFP cells for its EV truck due to cost reductions and improved supply chain conditions.
- The standard battery pack's range increased from 150 to 205 miles, while the optional 240-mile pack was eliminated.
- LFP batteries are cheaper by approximately 40% and contain materials like iron rather than nickel and cobalt.
- Concerns over LFP’s supply chain being concentrated in China have diminished after policy changes concerning tax credits under the Inflation Reduction Act.
- The industry's transition to cell-to-pack technology enhances efficiency, which Slate is using to optimize its battery construction.
Why it matters
- The shift to LFP technology illustrates a broader industry trend toward cost-effective, simpler battery solutions as competition intensifies in the EV market.
- This decision coincides with rising trends in EV affordability and the growing availability of charging infrastructure, reducing range anxiety among consumers.
- The move away from NMC toward LFP reflects a realignment of priorities in the automotive battery sector, influencing ongoing developments in battery chemistry and design.
Slate's transition to LFP batteries represents a pivotal moment in affordable EV technology, reflecting the industry's adaptive strategies to enhance performance while managing costs, appealing to consumers' evolving needs and the broader EV landscape.