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The Energy Department wants a domestic battery supply chain by 2030 after $42 billion in battery projects were dropped or cut

The Energy Department has set a goal of a continuous domestic battery value chain by 2030, running from mining and refining through cell, pack and finished-product manufacturing. The goal leads a national battery strategy released on Oct. 28, and it arrives after $42 billion in U.S. battery projects were canceled, closed or downsized between August 2022 and 2026, according to the clean energy think tank E2.

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The strategy projects U.S. battery demand across transportation and energy storage rising from 179 gigawatt-hours in 2025 to 707 gigawatt-hours in 2035, roughly a quadrupling, citing BloombergNEF’s June 2026 base scenario. That path implies growth of about 15% a year for a decade. A second target asks for technology and manufacturing leadership by 2035.

Mine-to-market, discovery-to-deployment and storage

The department’s strategy document, code DOE/CM-3133, organizes the effort around three objectives. Mine-to-market covers the 2030 value chain, including mining, refining and manufacturing. Discovery-to-deployment targets leadership in battery technology and manufacturing by 2035, including cheaper, longer-lasting cells that depend less on critical minerals. The third objective is affordable, safe and reliable storage for grid, data center, transportation and defense uses, with cybersecurity named alongside affordability and safety.

The department’s announcement, issued by its Office of Critical Minerals and Energy Innovation, adds six pillars: upstream and midstream supply chain investment, faster commercialization of lab discoveries, manufacturing process innovation, mission-driven grid modernization, international coordination, and investment in American talent. Assistant Secretary of Energy Audrey Robertson said in the department’s release that the strategy demonstrates the Trump Administration’s commitment to accelerating American battery innovation.

InsideEVs, in a Nov. 4 report by Suvrat Kothari that centers on competition with China, observes that the document does not explicitly mention electric vehicles, unlike the Biden-era 2021 blueprint, and leans instead on national security, the grid and AI data centers, where the 2021 blueprint stressed clean energy and equitable jobs. The department says it is prioritizing an integrated domestic production system. For that reason the claim here is about batteries broadly.

The third objective also carries the strategy’s language about the gap between research and product. InsideEVs reports that the plan aims to move lab discoveries past the “valley of death” into manufactured products, and that growth is expected across transportation, the grid, AI data centers, consumer electronics and drones.

BattMan and the Georgia Tech launch event

A companion Battery Manufacturing Accelerator, or BattMan, announced alongside the strategy and covered Nov. 1, is led by Pacific Northwest National Laboratory, according to Charged EVs, with Argonne, Oak Ridge, the National Laboratory of the Rockies and five universities as partners. Its stated aims are lower manufacturing costs, faster movement of lab technologies into production, spotting problems earlier with advanced manufacturing tools, and materials built from more abundant domestic elements, which would reduce reliance on scarce critical minerals. The effort is sponsored by the Advanced Materials and Manufacturing Technologies Office inside the Office of Critical Minerals and Energy Innovation, and the department’s release describes BattMan as a national consortium of laboratories, industry partners and academic institutions.

Robertson introduced the initiatives on Oct. 28 at the Georgia Tech Manufacturing Institute’s pilot facility, reported WTOC. She said the United States has lagged the world in battery manufacturing despite leading in battery technology for 60 years, and described the mission as a fully integrated domestic supply chain by 2030. In the department’s own release she called batteries essential to modern life, from transportation to grids and medical devices. The station cited the International Energy Agency: the U.S. makes about 7% of the world’s batteries and China about 80%.

Tim Lieuwen, Georgia Tech’s incoming interim president, told the same event that Georgia and the Southeast are the battery belt and that batteries are increasingly important to economic and national security. WTOC adds that EV factories, battery plants and manufacturing sites are expanding across Georgia, Tennessee and the Carolinas, the region the department is counting on to close the gap.

E2’s tally of canceled, closed and downsized projects

E2’s project tracker, last updated Oct. 22, counts 116 battery projects representing $42,167,173,632 in investment, 9,248 megawatts of capacity and 84,804 jobs lost since August 2022. The average canceled or reduced project therefore carried about $360 million and roughly 80 megawatts. The tracker covers plants and expansions that were canceled, closed or downsized, and its job and investment figures come from company announcements and exclude construction-phase jobs. About one-third of all announcements carried no investment or job estimate, so the true totals are probably higher. InsideEVs rounds the job loss to more than 85,000, a shade above the tracker’s current count. Across all clean energy, InsideEVs reports $137 billion and more than 240,000 jobs.

The strategy names no dollar figure for itself or for BattMan. Whether the 2030 goal can be financed against that backdrop of $42 billion in abandoned projects is the question the documents leave unanswered. E2 counts announcements, a third of which gave no figures, while the strategy sets a date without a price.

This article was produced with the assistance of AI and reviewed by Morning Overview editors prior to publication.

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