Washington is accelerating new power supplies while communities demand greater control over data centers’ costs and resource use.
America’s electricity system is entering a period of rapid growth. The U.S. Energy Information Administration reports that electricity demand grew approximately 1.7% annually from 2020 through 2025, compared with only 0.1% annually between 2005 and 2019. EIA forecasts additional increases of 1.9% in 2026 and 2.5% in 2027, driven partly by large computing facilities.
Two developments illustrate the emerging policy challenge. The federal government is investing in nuclear technology to strengthen military energy security, while bipartisan local coalitions are demanding greater control over AI data centers’ land, water, and electricity requirements. The contrast is important: Washington is pursuing power expansion from the top down, while communities are asking whether local infrastructure can absorb projects planned from the bottom up.
The U.S. Army announced that its Janus Program selected five companies and five military installations for nuclear microreactor projects. The milestone-based agreements could provide a combined $2.2 billion between fiscal years 2027 and 2031.
The selected locations are Fort Bragg in North Carolina, Fort Campbell in Kentucky, Fort Hood in Texas, Fort Benning in Georgia, and Fort Drum in New York. Combined with private investment, the Army expects more than 20 microreactors to be built across military installations. In 2025, the Army restored the names Fort Bragg, Fort Hood, and Fort Benning while rededicating them to 20th-century service members: Roland L. Bragg, Robert B. Hood, and Fred G. Benning, respectively. Reporting on the restorations explains that the installations no longer honor their original Confederate namesakes.
According to Associated Press reporting, each reactor would generate between 1 and 20 megawatts. The bases would remain connected to the commercial grid, but the reactors could keep critical systems operating during disruptions and run for years without refueling.
Transportable Project Pele microreactor rendering. U.S. Department of Energy.
Former Army Secretary Dan Driscoll said at the time that the projects would provide reliable power without depending entirely on potentially vulnerable external grids. The program follows an executive order from President Donald Trump directing the military to have an advanced reactor operating at a domestic installation by September 2028.
The reactors will be regulated by the Army rather than licensed by the Nuclear Regulatory Commission. Army officials say they will include safe-shutdown systems and off-site waste removal. Critics question whether military funding is subsidizing technologies that have not demonstrated commercial affordability.
The Janus Program shows a federal institution building dedicated power for a defined mission. Data-center development presents the reverse challenge: private projects can require major new local infrastructure before communities have agreed on the costs and safeguards.
The same demand for reliable power is reshaping local politics. An Associated Press report found conservative farmers, environmental groups, labor organizations, and elected officials taking unexpected positions as AI data centers enter their communities.
Cass County, Nebraska, approved a 12-month moratorium while residents evaluate possible developments. One proposal could involve more than 1,300 acres and a natural-gas power plant. Another data-center operator controls nearly 400 acres in the county but has not announced a project.
In New Mexico, Oracle’s proposed $165 billion Project Jupiter has prompted concerns about water availability. Supporters say it could create more than 7,000 construction jobs, approximately 1,500 permanent jobs, and billions in tax revenue. Oracle has also pledged $50 million for water and wastewater infrastructure.
The court action now requires more precision than a general reference to water litigation. In orders reported on August 24, 2026, the New Mexico Supreme Court stayed two separate state actions: the air-quality permitting proceeding for Project Jupiter’s proposed microgrid and the October 23, 2025 emergency authorization allowing water from a new well to be used for construction. The water stay applies until further order of the court; it does not, by itself, halt all project construction or decide the merits of either legal challenge. Organ Mountain News reported that the Court set a response deadline of September 2.
A Lawrence Berkeley National Laboratory report estimates that data centers could consume 649 terawatt-hours of electricity in 2030, equal to approximately 11.8% of total U.S. usage. Depending on equipment growth and server activity, the share could range from 9.5% to 15.3%.
Local objections do not settle the question of whether projects should proceed. They do show why developers and regulators must explain resource use, infrastructure financing, and public safeguards before construction moves too far ahead of community review.
The resistance does not follow a simple party split. A July poll cited by AP found that 60% of Republicans and 53% of MAGA voters opposed building a data center in their area. Organized labor and other supporters emphasize construction jobs, investment, tax revenue, and competition with China.
States are responding differently. New York Governor Kathy Hochul established a one-year pause on new hyperscale data centers while the state develops standards for energy demand, water use, infrastructure costs, and community benefits. Texas Governor Greg Abbott paused new approvals while officials review grid effects.
EIA estimates that electricity demand in Texas’ ERCOT region could grow an average of 10% annually from 2025 through 2027. Under its high-demand scenario, the state’s average 2027 wholesale electricity price would be 79% higher than the baseline forecast.
U.S. electricity-load growth by region. U.S. Energy Information Administration.
These projections explain why ratepayer protection is becoming central to the debate. Policymakers must determine whether developers should finance dedicated generation, transmission upgrades, and water infrastructure rather than transferring those costs to existing residents.
The federal military program and local data-center disputes therefore raise the same practical test from different directions: how can the United States build needed power quickly while keeping the costs, risks, and decisions transparent to the people who depend on the system?
The Army’s nuclear program and local resistance to data centers reflect the same reality: the United States needs substantially more dependable electricity.
New infrastructure could strengthen national security, support artificial intelligence, and create jobs. Projects that move faster than public oversight, however, risk generating resistance across political lines.
The central question is not simply whether America should build more power infrastructure. It is how to build it while protecting reliability, affordability, local resources, and public confidence.