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The U.S. Department of Energy has released a national battery strategy and launched BattMan, a consortium focused on domestic battery manufacturing and supply chains. DOE sets goals for a fully integrated U.S. supply chain by 2030 and U.S. leadership in battery technology and manufacturing by 2035; the strategy is a plan, not confirmation those outcomes will be met.
The U.S. Department of Energy has released a national battery strategy and launched the Battery Manufacturing Accelerator, or BattMan, a consortium intended to strengthen domestic battery production and supply chains. The strategy sets federal priorities through 2035 as demand for batteries in transportation and energy storage is projected to grow sharply.
DOE’s strategy calls for a fully integrated domestic battery supply chain by 2030 and U.S. leadership in battery technology and manufacturing by 2035. It also identifies faster commercialization of energy-storage technologies as a priority. These are goals stated in the strategy, not reported achievements or guarantees.
The department projects U.S. battery demand across transportation and energy storage will rise from 179 gigawatt-hours in 2025 to 707 gigawatt-hours in 2035, nearly quadrupling over that period. DOE organizes its approach around six pillars: investment in upstream and midstream supply-chain stages; faster commercial deployment of laboratory discoveries; manufacturing-process innovation; mission-driven deployment for grid modernization; coordination with international partners; and investment in American talent.
BattMan is intended to lower manufacturing costs, move new battery technologies from laboratory discovery toward production, and develop materials using more abundant domestic elements. DOE says the accelerator will use what it calls “Super Intelligence,” alongside manufacturing capabilities, to identify production challenges earlier and improve processes. The source does not define the term or provide performance targets for the work.
Pacific Northwest National Laboratory leads BattMan, with support from the Advanced Materials and Manufacturing Technologies Office within DOE’s Office of Critical Minerals and Energy Innovation. Argonne National Laboratory, Oak Ridge National Laboratory and the National Laboratory of the Rockies are also listed as partners, along with five universities. DOE says organizations interested in collaboration can find details on the BattMan website.
Building U.S. Battery Production
The strategy links industrial capacity with the expected growth of batteries in transport and energy storage. A domestic supply chain could support manufacturers facing demand for batteries and reduce reliance on supply stages located abroad; however, the announcement does not quantify current import dependence or set a specific reduction target.
BattMan’s stated focus on moving discoveries into production addresses a practical hurdle: a technology developed in a laboratory must also be produced reliably and affordably at manufacturing scale. If the consortium succeeds, its work could help shorten that development path. DOE has not provided a timetable for individual projects, cost-reduction figures or evidence of results so far.
The plan also includes grid modernization and workforce development, rather than treating batteries only as a vehicle technology. Its reach across energy storage and transportation makes the strategy relevant to businesses, research institutions and communities affected by future manufacturing investment. The announcement itself does not name specific facilities, funding amounts or jobs tied to the initiative.
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DOE’s Goals Through 2035
The strategy sets two milestones: an integrated domestic supply chain by 2030, followed by the stated goal of U.S. leadership in battery technology and manufacturing by 2035. The demand projection provides the rationale DOE gives for planning across mining and materials, manufacturing, research and deployment.
BattMan is presented as the implementation-focused component of the announcement: a partnership joining national laboratories and universities around manufacturing challenges. DOE describes its intended functions, but the supplied report does not give a launch budget, project list, participating companies or a schedule for publishing results. Those details matter for judging how the broad strategy will be put into practice.
“From transportation and power grids to medical devices and consumer electronics, batteries are essential to modern life.”
— Audrey Robertson, DOE Assistant Secretary of Energy
Funding, Projects and Measures
The announcement does not specify how much funding will support BattMan or the wider strategy, which projects will begin first, or how progress toward the 2030 and 2035 goals will be measured. It also provides no detailed breakdown of the 2025–2035 demand projection by application or battery type.
DOE’s reference to “Super Intelligence” is not explained in the source material, leaving unclear which tools or methods the accelerator will use. The list of institutional partners is supplied, but the source does not identify the five universities or detail their roles. It is also unclear when companies or other organizations can begin participating and what form that collaboration will take.
BattMan’s Work and Milestones
The next steps are expected to come through BattMan’s work with its laboratory and university partners and through collaboration with interested organizations. DOE points prospective collaborators to the accelerator’s website for participation details. The source does not announce a specific application deadline, project calendar or public reporting schedule.
Readers will be able to assess implementation as DOE and BattMan disclose funding, selected projects and measurable manufacturing outcomes. Those details will show how the strategy’s targets translate into activity on the ground; no additional milestones or releases are specified in the announcement.
Key Questions
What did DOE announce?
DOE released a national battery strategy and launched BattMan, a consortium intended to strengthen domestic battery manufacturing and supply chains.
What are the strategy’s main targets?
The strategy aims for a fully integrated U.S. battery supply chain by 2030 and U.S. leadership in battery technology and manufacturing by 2035. These are stated goals, not confirmed outcomes.
What is BattMan meant to do?
DOE says the accelerator is intended to lower manufacturing costs, speed the movement of new battery technologies from laboratories to production, and develop materials using more abundant domestic elements.
Who leads the accelerator?
Pacific Northwest National Laboratory leads BattMan. DOE also lists Argonne National Laboratory, Oak Ridge National Laboratory, the National Laboratory of the Rockies and five universities as partners.
How much will the initiative cost?
The source material does not provide a budget or funding total for BattMan or the broader strategy.
Source: chargedevs.com
