NASA's Fission Surface Power Project is based at NASA's Glenn Research Center in Cleveland, Ohio. The intent of the program is to produce a prototype unit (not to be supplied with fissionable material) for a moon base within 5 years.
This artist's concept shows a fission power system on the surface of the moon. The nuclear reactor will be buried below the lunar surface to make use of lunar soil as additional radiation shielding. The engines that convert heat energy to electricity are in the tower above the reactor, and radiators extend out from the tower to radiate into space any leftover heat energy that has not been converted to electricity.
Supported at a cost of about $10 million a year, the Fission Surface Power Project this week awarded two contracts for power conversion units, used to turn the heat of nuclear reactions into electricity.
NASA envisions needing a system capable of providing about 40 kilowatts of electricity -- about what's used to power eight average homes in the United States.
SF fans may recall the nuclear-powered bases in films like Aliens.
Space Traffic Management (STM) Needed Now
'...the spot was a lonely one in an uncharted region, far from the normal lanes of space traffic.' - Arthur William Bernal (1935)
Capturing Asteroids With Nets
'...the meteor caught and halted just as a small boy catches a swift ball in his cap.' V.E. Thiessen, 1947.
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Humanoid Robots Building Humanoid Robots
''Pardon me, Struthers,' he broke in suddenly... 'haven't you a section of the factory where only robot labor is employed?''
Stratospheric Solar Geoengineering From Harvard
'Pina2bo would have to operate full blast for many years to put as much SO2 into the stratosphere as its namesake had done in a few minutes.'