Fortifying US National Security with a Hidden Energy Advantage

Why It Matters

Reliable, domestic energy reduces exposure to supply‑chain disruptions, cyber‑attacks, and geopolitical leverage, directly supporting the DoD’s 99.9% availability target for critical missions.

Key Takeaways

• Geothermal pilots at 12 U.S. bases cut heating/cooling use up to 70%.
• Over $1 billion private capital funds early geologic hydrogen exploration.
• Proposed Defense Geothermal Resilience Fund: $100‑$300 million annually (2026‑2030).
• Current mineral laws (1920, 1872) block hydrogen leasing on military lands.
• Public‑private partnerships and tax incentives earmarked to de‑risk deployment.

Pulse Analysis

Energy resilience has become a strategic imperative for the United States as natural‑gas prices climb more than 25% and global supply chains face heightened geopolitical strain. Centralized grids, while efficient, expose critical military and civilian infrastructure to cyber‑attacks, physical sabotage, and extreme weather events. Diversifying into domestic, continuous power sources such as geothermal and naturally occurring hydrogen offers a way to insulate national defense operations from these external shocks while reducing reliance on volatile fossil‑fuel markets.

The Department of Defense is already testing geothermal technology at a dozen installations, reporting up to 70% reductions in heating and cooling loads and significant outage‑avoidance savings. Meanwhile, the nascent geologic hydrogen sector has attracted over $1 billion of private capital, with early discoveries in Kansas, Iowa, and Montana suggesting broader resource potential. Both technologies leverage existing drilling expertise from the oil and gas industry, allowing faster deployment than entirely new energy platforms. However, outdated statutes like the Mineral Leasing Act of 1920 and the General Mining Act of 1872 impede systematic exploration on federal lands, leaving the DoD without a clear path to assess on‑site hydrogen reserves.

Policymakers can accelerate these resilient energy pathways by creating a Defense Geothermal Resilience Fund of $100‑$300 million per year, streamlining permitting through the BLM, and extending tax credits such as the 45Q carbon‑capture incentive to geothermal projects. Public‑private partnerships, backed by updated Defense Production Act authorities, would de‑risk early‑stage ventures and foster a skilled workforce through targeted training programs. By embedding domestic geothermal and natural hydrogen into the defense energy mix, the United States can safeguard critical missions, enhance strategic autonomy, and position its clean‑energy technologies as exportable assets in the Indo‑Pacific arena.