Electric Vehicle Makers Shift Focus to Sodium-Ion Battery Commercialization
Automakers are targeting low-cost, lithium-free chemistry to make entry-level electric vehicles economically viable.
Category: Automotive
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Solid-State Battery Production Faces Cost and Scaling Bottlenecks
Automakers adjust electric vehicle timelines as commercial deployment of next-generation solid-state cell architecture encounters manufacturing challenges.
Electric Vehicle Battery Recycling Gains Scale Amid Raw Material Volatility
Automakers are investing heavily in closed-loop recycling plants to secure lithium and cobalt supplies while lowering battery production costs.
EV Makers Re-Evaluate Battery Chemistry Amid Cobalt Price Volatility
Automotive original equipment manufacturers are accelerating adoption of Lithium Iron Phosphate cells to lower bill-of-materials costs.
Automakers Shift Toward Hybrid Systems as EV Growth Margins Moderate
Global vehicle manufacturers adjust production lines to meet rising consumer demand for plug-in hybrid alternatives.
Electric Vehicle Battery Costs Stabilize as Lithium Processing Expands
Falling raw material prices are driving down pack-level battery costs toward the critical $100 per kilowatt-hour parity threshold.
Electric Vehicle Makers Pivot to LFP Batteries Amid Cost Pressures
Automakers are increasingly adopting Lithium Iron Phosphate battery chemistry to lower production costs and stabilize retail pricing.
Electric Vehicle Makers Pivot to LFP Chemistry to Cut Production Overhead
Automotive original equipment manufacturers accelerate adoption of lithium iron phosphate batteries to maintain margins on entry-level models.
Solid-State Battery Commercialization Reaches Pilot-Line Phase
Automotive original equipment manufacturers are advancing solid-state lithium-metal cells to automated pilot production, aiming for high-volume vehicles by 2028.
Solid-State Battery Commercialization Accelerates as Pilot Lines Go Operational
Automotive manufacturers initiate low-volume production trials for solid-state EV packs promising doubled energy density.