Options for Affordable Planetary Fission Surface Power Systems
Mike Houts, Steve Gaddis, R. Porter, Melissa VanDyke, Martin Jim, Tom Godfroy, Shannon Bragg‐Sitton, Anne Garber, Boise Pearson
Abstract
Mike Houts, Steve Gaddis, R. Porter, Melissa VanDyke, Martin Jim, Tom Godfroy, Shannon Bragg‐Sitton, Anne Garber, Boise Pearson
Abstract
Nuclear fission systems could serve as workhorse power plants for the Vision for Space Exploration. In this context, the workhorse power plant is defined as a system that could provide power anywhere on the surface of the moon or Mars, land on the moon using a Robotic Lunar Exploration Program (RLEP)-developed lander, and would be a viable, affordable option once power requirements exceed that which can be provided by existing energy systems.
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Nuclear fission systems could serve as workhorse power plants for the Vision for Space Exploration. In this context, the workhorse power plant is defined as a system that could provide power anywhere on the surface of the moon or Mars, land on the moon using a Robotic Lunar Exploration Program (RLEP)-developed lander, and would be a viable, affordable option once power requirements exceed that which can be provided by existing energy systems.
Key concepts: Mars Exploration Program, Context (archaeology), Nuclear power, Mars rover, Astrobiology, Space exploration, Environmental science, Aerospace engineering