Image Courtesy: US Navy
The U.S. Navy is preparing to test whether the nuclear-powered aircraft carrier USS Gerald R. Ford can supply electricity directly to military facilities on land, effectively turning the world’s largest warship into a floating emergency power station.
The demonstration, scheduled for later this summer at Naval Station Norfolk, will involve exporting energy from the carrier’s twin A1B nuclear reactors to shore infrastructure in a bid to strengthen energy resilience during attacks, disasters, or grid failures. Navy officials say the test is part of a broader strategy to ensure critical bases remain operational even if traditional power sources are disrupted, according to The War Zone.
The concept is unusual, but not entirely new. Aircraft carriers already function as self-contained floating cities, generating enormous amounts of electricity to power radar systems, aircraft launch equipment, onboard hospitals, and living quarters for crews that can exceed 5,000 personnel. The Ford-class carrier’s nuclear reactors are believed to produce significantly more energy than previous Nimitz-class ships, giving the Navy new flexibility in how that power can be used.
Military planners increasingly see energy resilience as a strategic priority. U.S. officials have warned that domestic military infrastructure could become vulnerable during future conflicts, particularly as long-range drones, cyberattacks, and attacks on critical infrastructure become more common. A carrier capable of temporarily powering a naval base could serve as a backup energy source during wartime or major emergencies.
The idea also has humanitarian implications. Navy officials noted that carriers already generate millions of gallons of potable water every day through onboard desalination systems. In theory, ships like the Ford could provide both electricity and fresh water to disaster-stricken regions following hurricanes, earthquakes, or droughts.
Floating power generation has existed in various forms for decades. The U.S. military previously used ships to supply electricity ashore during World War II and even operated a floating nuclear power plant in the Panama Canal Zone between 1968 and 1975. More recently, Russia deployed the Akademik Lomonosov, currently the world’s only operational purpose-built floating nuclear power station.
Still, there are major practical questions surrounding the Navy’s plan. Aircraft carriers are among the military’s most valuable and heavily tasked assets, and the Navy is already struggling to meet global deployment demands with its existing fleet. Using a supercarrier as a stationary power generator could limit its availability for combat operations unless the ship is already between deployments.
The test also comes amid growing U.S. investment in small modular nuclear reactors, or SMRs, for military installations. The Army and Air Force are both exploring portable nuclear energy systems for bases and forward operating locations, while the Navy continues to leverage decades of expertise operating nuclear-powered fleets.
If successful, the upcoming Ford-class demonstration could expand the role of aircraft carriers far beyond traditional power projection, adding emergency energy support and disaster response to the mission profile of America’s most advanced warships.