NEWARK, Calif. – Lucid Group, Inc., an electric vehicle producer, has announced the signing of a multi-year supply agreement with Graphite One for American-sourced natural graphite.
Following other recent agreements with Syrah Resources and Graphite One, future Lucid vehicles will increasingly use natural and synthetic graphite materials mined and produced at each company’s facilities in the U.S. as a part of directed supply agreements with the company’s battery cell suppliers.
Marc Winterhoff, Interim CEO at Lucid, said, “A supply chain of critical materials within the United States drives our nation’s economy, increases our independence against outside factors or market dynamics, and supports our efforts to reduce the carbon footprint of our vehicles. These partnerships are another example of our commitment to powering American innovation and manufacturing with localized supply chains.”
The multi-year agreement with Graphite One will supply Lucid and its battery cell suppliers with natural graphite, which is expected to begin production in 2028. Graphite One’s natural graphite will be sourced from the Graphite Creek deposit north of Nome, Alaska. This agreement builds on last year’s announcement with Graphite One to provide Lucid and its battery cell suppliers with synthetic graphite for future vehicles starting in 2028, which will be sourced from Graphite One’s proposed active anode material (AAM) facility in Warren, Ohio.
Additionally, beginning in 2026, Syrah Resources will also supply natural graphite AAM to Lucid. Under the agreement, Syrah will collaborate with Lucid or its battery suppliers to purchase the materials over a three-year term. Syrah’s natural graphite AAM will be sourced from its vertically integrated AAM production facility in Vidalia, Louisiana.
These agreements to source natural and synthetic graphite allow for focus on strengthening US-based supply chain and establishing local supply for critical minerals. Graphite, both synthetic and natural, composes a significant amount of the material within Lithium-Ion batteries and is used for fast-charging performance.