The hydrogen then fuses into helium and emits a large amount of energy that can be converted into electricity. The reactors work by taking hydrogen and heating it to high temperatures, Holland said. Nuclear fusion reactors may offer troops plentiful energy on demand in a safer and less expensive way, he said. That dependence tethers the armed services to expensive oil and forces them to transport large quantities of fuel in dangerous and sometimes contested areas, he said. The military derives its power almost exclusively from petroleum, Holland said. Well, the truth is the army of today runs on oil,” said Andrew Holland, senior fellow for energy and climate at the American Security Project, a Washington, D.C.-based think tank.ĭuring fiscal year 2012 - the most recent data available - the Defense Department spent $16.4 billion on 104 million barrels of liquid fuels for various operational energy uses, according to the office of the assistant secretary of defense for operational energy plans and programs. “Napoleon said that an army runs on its stomach. ![]() ![]() In a future war, the Defense Department will need renewable energy sources that can juice up soldier equipment, sustain weapon systems and power bases, all while reducing the department’s logistical tail and reliance on fossil fuels, experts said. That dependence costs the military billions of dollars in fuel a year and requires troops to undergo dangerous delivery missions. The Defense Department is the largest single user of energy in the United States, if not the entire world.
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