The Trump administration’s mineral agenda will bolster defense technologies and data centers. It’ll also provide a big boost for EV companies.
08/12/2026 11:40 AM EDT
President Donald Trump has made no secret of his disdain for the EV sector. But one of his major policy initiatives is now poised to bolster the same companies he’s put on the back foot.
Since taking office, Trump and Republicans in Congress have scrapped hefty consumer tax credits designed to drive faster electric vehicle adoption nationwide, raising costs for cars, batteries and charging stations. EPA under his watch has moved to reconsider Biden-era emissions standards for gas-guzzling cars and trucks. And, with help from Republicans, he’s moved to stall funding for EV charging infrastructure across the U.S. while pushing fossil fuels.
“On day one, I ended Biden’s insane electric vehicle mandate that would have crushed the U.S. auto industry forever, it would have never come back,” Trump said at a rally at General Motors’ proving ground in Milford, Michigan, in late July.
Yet in a twist, the Trump administration is providing the EV sector with an upstream boost, subsidizing critical mineral mines and offering grants and loan guarantees to the very battery and mining companies that make electric cars a reality. Domestic battery production has long been an impediment to the growth of the EV industry in the U.S., raising the cost of vehicles and forcing automakers to rely on foreign-sourced minerals. The Trump administration’s industrial policy comes as the EV sector is seeing spikes in sales propelled by the U.S.-led war with Iran and the associated turmoil in the oil markets.
On Friday, the president sat with hundreds of mining executives and Cabinet members to unveil $3 billion for mineral projects — like graphite, magnets and silicon anode material — citing national security and the nation’s reliance on countries like China for those raw materials. While the focus was often the materials needed for weapons or data centers, those same materials are needed for EV batteries.
“[EVs] may not have been [the] main intent [behind supporting critical minerals], but it’s a serendipitous benefit,” said Jon Jacobs, chief commercial officer for Westwater Resources, a graphite producer now in line to receive a $25 million federal loan to build a processing plant in Alabama.
Corey Cantor, research director at the Zero Emission Transportation Association, or ZETA, said the EV sector will benefit from the funding, pointing to research that found securing supply chains and minerals like graphite for energy and defense will likewise benefit AI and advanced manufacturing, including EVs.
“Even if in this case the Department of Defense is important as a customer … battery usage and innovation is going to spill over into a lot of different sectors, whether it’s stationary storage or the EV industry,” said Cantor.
Trump has supported other projects with an EV nexus through other policies.
Last year, his administration took an equity stake in Lithium Americas, which is building the Thacker Pass project in Nevada to pump out lithium needed for batteries for companies like General Motors. The deal affects how Lithium Americas draws down on a $2.3 billion loan, initially offered under the Biden administration. The Thacker Pass mine originally received permit approval during the final days of the first Trump administration.
The administration has also launched a $12 billion commercial-facing stockpile dubbed Project Vault that automakers like GM could use for accessing minerals in times of emergency. GM CEO Mary Barra was in the Oval Office when the the initiative was unveiled.
Will Roberts, automotive research lead at Benchmark Mineral Intelligence, said Trump’s push to build out the mineral sector will expand an ecosystem that benefit EV makers. That’s especially true, he said, because EVs represent a bigger source of demand for these minerals than defense needs. EVs, for example, currently represent 70 percent of demand globally for lithium, while battery energy storage represents 20 percent and demand for military applications is much smaller, according to Benchmark.
“The level that these companies … are going to have to get to, scale-wise … is clearly beyond, kind of, the demand requirements of purely the defense industry,” said Roberts.
‘Serendipitous benefit’
EV battery metal producers have been whipsawed by the loss of the federal tax incentives expanded by the Biden administration’s Inflation Reduction Act.
The sector suffered a severe setback after Trump signed the GOP megabill into law last year, eliminating the $7,500 electric vehicle discount. Now the sector is no longer in a freefall and is seeing a slight uptick globally, in part fueled by oil price hikes amid the war with Iran. EV sales increased in both the U.S. and China in the second quarter of 2026 compared to the first quarter, according to the International Energy Agency.
Trump’s mineral funding adds to the improvement in the general climate.
As part of the funding announcement last week, the U.S. Export-Import Bank said it’s offering a $25 million loan for Denver-based Westwater Resources to complete a processing plant for graphite anode material in Alabama about an hour away from the location of the company’s mine in Coosa County.
Last year, Westwater saw its offtake agreement with the automaker Stellantis scrapped after the incentives were terminated, followed shortly by SK On terminating its offtake agreement. Discussions continue about revving those agreements, and Westwater has an offtake agreement with Hiller Carbon, which supplies and processes carbon products to the steel and foundry industries.
“It’s beneficial for us, it’s beneficial for the customers too, because presumably they’re getting an overall lower price,” said Jacobs with Westwater. “Anything that supports materials that go into batteries is obviously going to support the EV industry.”
Also in the mix was the Pentagon’s award of $1.4 billion for Sila Nanotechnologies to produce silicon anode material, a replacement for graphite in EV batteries and other modern technologies.
Gene Berdichevsky, Sila’s CEO and co-founder, said the funding will support expanding the company’s facility in Moses Lake in Washington state to serve emerging markets like drones and data centers, but it is still focused strongly on EV applications, having signed major customers in the sector like Mercedes and Panasonic, which makes batteries.
“We’re absolutely continuing to do the things that we’ve been doing with automotive, but we’re also seeing huge tailwinds and growth in the physical AI space,” he said.
Berdichevsky said the Trump administration’s goal of securing minerals for defense applications will rely on robust commercial demand, such as EVs.
“For us to have a domestic supply chain for batteries, it can’t be just for sort of small volume military applications,” he said. “To have a really strong military industrial base, you have to have a strong industrial base.”
Berdichevsky said that Republicans’ crackdown on tax credits for foreign-made parts in their recent budget law was a “very good move,” helping drive demand for domestic alternatives like Sila’s product.
“EVs ultimately have to stand on their own,” he said. “So yes, the EV tax credit pulled forward a lot of demand, but we’ve got to make sure that EVs are competitive on their own.”
Trump also unveiled $150 million for Niron Magnetics in Minnesota to build a facility in Sartell, Minnesota, to produce rare-earth-free magnets that can be used in motors for EVs, the defense industry, data centers and audio equipment. The facility is slated to come online next year.
“This conditional commitment recognizes the importance of Niron’s rare-earth-free approach and the urgency of building domestic manufacturing capacity for a technology the world increasingly depends on,” Niron CEO Jonathan Rowntree said in a statement.
Facts Only
* President Donald Trump initiated a mineral agenda.
* The administration is providing subsidies and grants to battery and mining companies.
* These funds are directed toward projects involving critical minerals such as graphite, magnets, and silicon anode material.
* The focus on these materials was cited due to national security and reliance on countries like China for raw materials.
* Westwater Resources received a $25 million federal loan to build a graphite processing plant in Alabama.
* The Pentagon awarded $1.4 billion to Sila Nanotechnologies for silicon anode material production.
* Trump also allocated $150 million for Niron Magnetics to build a rare-earth-free magnet facility in Minnesota.
* The EV sector sales increased in the U.S. and China in the second quarter of 2026 compared to the first quarter.
* EV battery metal producers faced setbacks from the loss of federal tax incentives.
Executive Summary
The Trump administration is pursuing a mineral agenda that involves subsidizing critical mineral mines and offering grants to battery and mining companies, aiming to address domestic supply chain issues for electric vehicle (EV) components. This initiative occurs while the EV sector is experiencing sales increases partly fueled by geopolitical tensions, such as the war with Iran, and associated oil market volatility. While Trump previously dismantled consumer tax credits for EVs and stalled funding for charging infrastructure, the current policy focuses on upstream support for the raw materials necessary for batteries, including graphite, magnets, and silicon anode materials.
The administration's focus on these minerals aligns with national security concerns regarding reliance on foreign sources for raw materials. The resulting funding is being directed toward projects that have tangential benefits for other sectors, such as defense technologies and data centers, alongside the EV industry itself. Companies involved in mineral production are seeing direct financial benefits from these federal actions, which can mitigate some of the negative impacts caused by previous policy shifts related to federal incentives.
Full Take
The narrative pivots on the concept of "serendipitous benefit," where a focus on defense-related mineral security unintentionally supports the EV supply chain, which itself is struggling post-tax incentive changes. The dynamic suggests a shift in prioritization: moving from incentivizing consumer adoption (via tax credits) to securing essential upstream materials for industrial and defense capacity. This pattern indicates a structural tension between market-driven demand and state-directed resource allocation.
The underlying assumption that EV demands are sufficiently strong to justify public investment in mineral security, even if the immediate beneficiary is defense, needs scrutiny regarding the relative weight of the demonstrated demand versus strategic necessity. The argument presented by industry leaders suggests that scaling up domestic supply chains for critical materials—whether for military or commercial applications—is an industrial imperative rather than a niche interest. The connection drawn between securing minerals for the Department of Defense and supporting EV innovation relies on establishing that broader industrial demands for these materials create a self-reinforcing cycle, as suggested by ZETA research regarding spillover effects into AI and advanced manufacturing.
The real implication lies in how state policy mediates market forces. When incentives are removed, industries react; when direct funding is provided, the trajectory changes. The move to support domestic mineral processing seems less about political alignment with EV growth and more about re-establishing a national industrial base that incorporates emerging high-technology needs (AI, advanced manufacturing) alongside traditional defense requirements. The system appears designed to create an ecosystem where technological necessity (e.g., AI hardware, energy storage) becomes the justification for resource control, which then overlaps with commercial sectors like EVs.
Bridge Questions: If the domestic mineral focus were strictly dedicated to pure defense needs without reference to commercial applications, would the resulting investment structure be fundamentally different? How do market fluctuations in EV demand interact with, or supersede, geopolitical imperatives when allocating these upstream resources? What specific metrics could quantify the success of this "serendipitous benefit" beyond simple sales increases in the EV sector?
Sentinel — Human
The article skillfully blends political commentary on an administration’s policies with industry-specific details about mineral supply chains, exhibiting the characteristic synthesis found in high-level business or political journalism.
