Living and working on the Moon presents a myriad of challenges that must be overcome in order to ensure the success and safety of lunar explorers. One of the most critical factors in sustaining life on the Moon is the availability of reliable and clean power sources. While solar power can provide a dependable source of energy, the lunar night poses a significant challenge as solar power grids will be in darkness for half of the time. To address this issue, NASA has turned to nuclear fission reactors as a critical component of their Artemis program for lunar exploration.

NASA’s Fission Surface Power Project aims to develop concepts for small nuclear fission reactors that can generate electricity on the lunar surface. The recent completion of the initial phase of the project involved awarding three $5 million contracts to commercial partners to design fission reactor systems. Partners such as Lockheed Martin, Westinghouse, and IX were tasked with developing preliminary designs for reactors and systems for power conversion, heat rejection, and power management and distribution. These designs are crucial in ensuring the long-term sustainability of lunar bases and serve as pathways for future missions to Mars.

Nuclear power is a vital component in space exploration, as it provides a safe, clean, and reliable source of energy that is independent of sunlight. The ability of nuclear reactors to operate continuously, even during the lunar night, makes them an essential resource for powering habitats and science experiments on the Moon. While NASA acknowledges that a combination of solar and nuclear power sources will likely be used in lunar bases, the reliability and efficiency of nuclear fission generators are unmatched in providing long-term power solutions.

With feedback from commercial partners, NASA is now moving forward with a Phase 2 solicitation for the Fission Surface Power Project, set for 2025. The agency expects to have a fully operational system for use on the Moon by the early 2030s. This system will be capable of providing 40 kilowatts of power, enough to support habitats, grids, and scientific experiments. The flexibility and openness of the project requirements have allowed partner companies to explore innovative approaches in their designs, ensuring the development of cutting-edge technology for lunar exploration.

In the distant future, NASA plans to adapt the nuclear fission reactor technology for use on Mars, further expanding the capabilities of human space exploration. The success of the Fission Surface Power Project will not only pave the way for sustained lunar missions but also contribute to the advancement of technologies that will propel humanity towards the next frontier in space exploration. By harnessing the power of nuclear energy, NASA is taking a significant step towards establishing a sustainable presence on the Moon and beyond.

Space

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