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Chevy Silverado EV, New Chevy Bolt Will Get Cheaper LFP Batteries

GM adopts LFP battery tech for the Silverado EV and next-gen Bolt to cut production costs and lower prices for consumers.

Andrew Musinov

April 15, 2025 | Updated 09:47, April 15, 2025

2 min read

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General Motors (GM) has officially confirmed its strategic decision to integrate lithium iron phosphate (LFP) batteries into the upcoming Chevrolet Silverado EV and the next-generation Chevrolet Bolt. This move signals a significant shift in GM’s battery technology strategy, with a primary focus on reducing production costs and making these electric vehicles more accessible to a broader consumer base.

LFP Batteries for Cost Reduction and Potential Range Impact

The decision to adopt LFP batteries is fundamentally driven by their inherent cost advantages over traditional nickel-cobalt-manganese (NCM) batteries. LFP batteries offer a more economical solution.

However, industry experts already indicate that this switch will lead to a significant range drop for the Silverado EV, from the previously announced 492 miles to around 350 miles. This potential reduction in range is a key consideration as GM aims to position its EVs more competitively within the rapidly evolving electric vehicle market, offering consumers more affordable options.

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Chevrolet Silverado EV (Image: Edmunds)

Strategic Implementation in Silverado EV and New Bolt

The Chevrolet Silverado EV and the next-generation Chevrolet Bolt, a compact EV designed for mass-market appeal, will be among the first GM models to feature LFP batteries. This strategic implementation underscores GM’s commitment to leveraging LFP technology in key segments of its EV lineup. The choice of these models reflects GM’s intent to target both the popular pickup truck segment and the more budget-conscious EV buyer.

GM’s Broader Electrification Strategy and LFP’s Role

LFP batteries have emerged as a pivotal tool for driving down EV costs, both in production and for consumers. While they may not match the energy density and range of traditional lithium-ion batteries, their affordability makes them a compelling option.

However, the key question remains—will the lower price be enough to justify the reduced range? It seems Chevrolet may be betting that range is becoming less critical now that GM vehicles have access to Tesla’s vast Supercharger network. With charging infrastructure more reliable, many owners may shift their focus away from range and prioritize affordability instead. We’re likely to see a wave of new Chevy EVs with LFP batteries using Superchargers soon, but only time will tell how the market responds.

For the latest updates on GM’s electric vehicle strategy, including detailed specifications of the Chevrolet Silverado EV and the new Chevrolet Bolt with LFP batteries, stay tuned to EV.com. Thinking about buying a Chevrolet EV before the switch to LFP batteries? Check out the best deals on our Search page.