Public-Market Proxies

The companies at the center of this shift are predominantly private, so formal price targets do not apply directly. None of the DOE grant recipients are publicly traded, but the funding signals Washington’s priority on processing and recycling infrastructure. Publicly traded companies that could benefit from this policy direction include Lithium Americas, Standard Lithium, American Battery Technology Company, Li-Cycle Holdings, and MP Materials. Analyst coverage initiations on battery materials names have accelerated through Q3 2026 as the defense demand angle becomes harder to ignore.

The Floor Dropped Out

Twelve months ago, U.S. battery startups were building revenue models around EV demand curves and IRA manufacturing credits. That calculus collapsed. Battery startups hit a rough patch when the One Big Beautiful Bill eliminated battery and EV incentives, undercutting a chunk of future demand. Founders who had spent years building toward an automotive customer base suddenly needed a different one.

What replaced it was not a market anyone had modeled as their primary channel. The Pentagon stepped in.

The Department of Defense signed multiple agreements valued at $2.03 billion in a bid to secure battery cells and critical minerals as it works to stabilize its supply chain, according to a White House fact sheet. Days later, the Department of Energy announced it is awarding $500 million in grants to bolster the battery supply chain in the United States. In under two weeks, Washington deployed nearly $2.5 billion into a sector the same administration had effectively defunded on the consumer side.

Who Is Getting the Money

Sila Nanotechnologies is the single largest beneficiary. Sila received a conditional loan commitment of up to $1.4 billion from the U.S. Department of War through its Office of Strategic Capital. The financing supports the expansion of Sila’s silicon-carbon anode manufacturing capacity at its Moses Lake, Washington facility, as well as the buildout of a lithium-ion battery cell manufacturing facility. Founded in 2011 by a former Tesla engineer, Sila had previously received a $100 million grant from the Biden administration. The new commitment dwarfs everything that came before it.

Sion Power is the clearest example of an outright pivot. The Tucson, Arizona company expects to commercialize high-energy lithium-metal battery cells for drones and other defense-related products this year after focusing on electric vehicles for much of the past decade. CEO Pamela Fletcher told CNBC: “We had hoped, and thought, that would be in automotive, and I think that possibility still exists, but the faster path, and frankly, a big need, is out there in this defense space.” Sion Power announced two lithium-metal battery cells purpose-built for unmanned military systems, delivering energy density exceeding 500 Wh/kg. This enables combat drones to fly two to three times longer and carry over 50% more payload than systems powered by conventional lithium-ion batteries.

Coreshell received a $50 million DOE grant. Defense applications of lithium-ion batteries are “absolutely playing out in discussions,” a Coreshell spokesperson told TechCrunch. The company recently brought on ADS Ventures as an investor; the strategic VC’s parent company, ADS, is a defense supplier working with a supplier of autonomous systems. Coreshell plans to establish U.S. manufacturing capacity for silicon-anode lithium-ion electrodes and cells, replacing imported graphite with domestically sourced metallurgical silicon, in what DOE says would be the first U.S. gigafactory dedicated to silicon-anode battery production.

Lilac Solutions landed $100 million. Lilac Solutions, which extracts lithium from brines, landed $100 million to build a processing facility on Utah’s Great Salt Lake to produce 5,000 metric tons of lithium carbonate annually by 2028. Lithium carbonate is a key precursor used in battery production. The facility is designed to produce battery-grade lithium carbonate while returning processed brine to the lake with no net water loss, with the first phase aimed at doubling current U.S. lithium production.

Nth Cycle received $100 million to close the loop at the recycling end. The DOE funding is earmarked for Nth Cycle’s application of its proprietary Oyster electroextraction technology to refine black mass from spent lithium-ion batteries for new high-purity metals and battery-grade materials. CEO Megan O’Connor confirmed to TechCrunch that the company is seeing clear demand from the defense sector.

The Numbers

• $1.4B: DoD conditional loan to Sila Nanotechnologies, announced August 7, 2026
• $500M: DOE grants across seven projects, announced August 20, 2026
• $100M each: Lilac Solutions, Jervois (cobalt refining), and Nth Cycle from the DOE program
• $50M each: Coreshell, Princeton NuEnergy, Arcanum Ventures, and Elevated Materials
• $400M: DoD loan to Sunrise Energy Metals for scandium mining
• $150M: DoD loan to Niron Magnetics (Minnesota) for rare earth-free magnets
• $85M: DoD equity investment in Strategic Bauxite
• $4.9B: Total conditional loan agreements issued by the DoD Office of Strategic Capital as of August 8, 2026
• 500+ Wh/kg: Energy density of Sion Power’s Licerion Strike and Echo cells for military drones
• 20%–40%: Energy density improvement silicon anodes offer over conventional graphite
• ~$200M: Annual battery spend by the U.S. Defense Logistics Agency as of 2021, the baseline this funding far exceeds
• ~$18B: Projected U.S. automotive battery manufacturing spend in 2026, illustrating the scale gap defense must bridge

Why the Money Is Moving Now

Three forces converged to make this moment both possible and unavoidable.

First, the domestic manufacturing base cracked. Domestic battery factories that sprang up under the Inflation Reduction Act were built on expectations of sustained EV demand. When that demand faltered, the Pentagon faced the prospect of a hollowed-out domestic supply base. The One Big Beautiful Bill accelerated that hollowing. The Trump administration’s 2025 policies contributed to the cancellation or delay of more than $21 billion in battery and clean energy manufacturing projects.

Second, China controls too much of the chain. Most lithium-ion battery anodes today use graphite, and the supply chain for the material is dominated by Chinese companies. Silicon-based alternatives have been in development for years, but commercial volumes have lagged. The Pentagon cannot source critical battery inputs from an adversary and cannot wait for EV market economics to eventually pull domestic capacity into existence.

Third, active conflict is consuming batteries faster than anyone planned. Battery startups have found a lifeline in the defense world, helping to power everything from drones and torpedoes to infantry radios and fighter jets. The investments come as the Pentagon urges defense companies to boost weapons production to replenish depleted munitions stockpiles. Deputy Defense Secretary Steve Feinberg sent a memo August 5 to government contractors to submit production acceleration plans including delivery schedules within 21 days.

The Trump administration, despite its open disdain for EVs, acknowledges that batteries are an inescapable part of modern life. And like many things in Washington these days, it is leaning on national security as justification for its recent decisions. The ideological tension is real. The strategic logic is sounder.

Macro Context: Industrial Policy Meets Geopolitical Necessity

The DOE program aims to “reduce reliance on foreign sources, bolster national security, and advance American energy dominance.” Much of the money went to startups. Each grant targets a specific vulnerability in the domestic chain: lithium extraction, silicon anode manufacturing, cobalt refining, black mass recycling. None of it is a consumer subsidy program in disguise. It is supply chain security that happens to benefit companies with commercial applications.

The Energy Department said it received hundreds of applications for this third round of its Battery Materials Processing and Battery Manufacturing programs; the projects selected “were most promising and had the highest return for Americans in the most-needed areas of the battery ecosystem,” said Audrey Robertson, the department’s assistant secretary.

The Sila deal did not arrive in isolation. Alongside the loan to Sila, the DoD announced deals with three other companies: Sunrise Energy Metals will receive a $400 million loan to mine scandium; Niron Magnetics landed a $150 million loan to manufacture rare earth-free magnets for smartphones, missiles, and electric motors; and Strategic Bauxite received an $85 million equity investment. The administration’s broader push to reduce reliance on China, recent restrictions on black mass exports, and mounting supply-chain strain tied to the war with Iran reinforce a long-term commitment to building an end-to-end domestic battery supply chain.

Forward Scenarios

Bull Case

Defense contracts offer something startups value as much as revenue: stability and urgency. In the bull scenario, that stability is enough. Companies like Sila and Coreshell use DoD and DOE capital to reach commercial-scale output, prove unit economics, and re-enter the automotive supply chain from a position of strength. Silicon anodes promise to store 20% to 40% more electricity than graphite, which could mean longer-lasting or lighter batteries. Both are appealing traits for defense and mobility applications, including drones and EVs. Technology validated in defense applications becomes the preferred choice across both markets.

Base Case

Federal capital sustains key players through the demand gap. Most grant and loan recipients achieve meaningful production scale by 2027-2028 but remain heavily dependent on government contracts. When the One Big Beautiful Bill eliminated consumer EV tax credits and manufacturing subsidies, it undercut a significant chunk of projected battery demand. Automakers are still launching new EV models and expect years of growth, but the timeline has stretched. Defense serves as anchor revenue; automotive recovery is the upside. A handful of companies reach profitability. Others consolidate or are acquired by defense primes.

Bear Case

The scale of defense demand is modest compared to automotive. The U.S. Defense Logistics Agency was buying about $200 million worth of batteries annually as of 2021. By contrast, Mordor Intelligence projects the automotive industry will spend nearly $18 billion on battery manufacturing in the U.S. alone this year. If EV demand does not recover and defense procurement volumes remain modest relative to that automotive baseline, federal capital extends the runway without resolving the fundamental market size problem. Some companies burn through grants, miss production targets, and fail before reaching self-sustaining revenue.

Technical Overlay

For public-market investors tracking this theme, the relevant instruments are battery materials ETFs, shares in companies with disclosed defense battery exposure (MP Materials, Li-Cycle, American Battery Technology Company), and the broader critical minerals complex. The Sila loan announcement on August 7 acted as a sector catalyst, drawing attention to names that had traded quietly through Q2.

Resistance for the theme is institutional skepticism about the scale gap: defense volume is real but not large enough on its own to justify valuations built on EV-era projections. The support floor is the federal commitment itself. As of August 8, 2026, the DoD has issued conditional loan agreements valued at approximately $4.9 billion. With that much capital deployed in a matter of months, the floor under the sector’s most credible names has moved materially higher. The risk is execution: loans and grants are conditional. Production targets still have to be hit.

What Investors Should Watch

• Sila’s Moses Lake ramp: The facility currently produces about 2 gigawatt-hours of anode material per year. The $1.4B loan targets a fivefold expansion alongside a new cell manufacturing facility. Quarterly capacity updates are the key data point.
• Sion Power’s initial shipments: Sion Power is working with defense and aerospace partners on product demonstrations, system integration, and qualification programs, with initial shipments expected to begin in Q3 2026. Delivery confirmation is the first real proof point for the lithium-metal defense pivot.
• DOE disbursement timelines: Awarded funds do not always reach companies on schedule. Watch whether Lilac Solutions breaks ground on the Utah facility by Q1 2027 as targeted.
• Nth Cycle’s black mass facility commissioning: Battery recycling is the least-discussed but strategically important link in the domestic chain. Start dates matter more than grant announcements.
• Follow-on offtake agreements: The capital is in place across multiple recipients. Revenue contracts from defense primes are the next proof point. Watch DoD contracting announcements closely through Q4.
• China’s next move: Recent restrictions on black mass exports and any further Chinese export controls on graphite or lithium would immediately sharpen domestic demand for U.S. alternatives and accelerate the entire investment thesis.
• EV demand recovery: Any sustained rebound in domestic EV sales would change the risk profile of this entire cluster. Monthly sales figures and automaker guidance revisions are the leading indicators.

Bottom Line

The real question is not whether battery startups can survive on defense contracts. Most of those receiving capital this month probably can, for now. The question is whether defense demand is large enough, and durable enough, to carry them to the production scale where they become commercially self-sustaining without it.

What changed structurally is the federal government’s willingness to treat battery supply chain security as a defense problem rather than an environmental one. That reframing bypasses the political fight over EVs entirely. The Trump administration, despite its open disdain for EVs, recognizes that batteries are inescapable. Soldiers need them, drones need them, and fighter jets increasingly need them. The Pentagon does not care about emissions targets. It cares whether a drone can complete its mission on domestic cells.

For investors, the companies that convert this federal capital into production credibility by 2027 will be positioned for the next commercial cycle regardless of what happens to EV policy. The ones that cannot hit their production targets, despite the funding, will not get a third chance. The window is open. The clock is running.

For informational purposes only.