NASA Plans to Utilize Nuclear Power Reactors
NASA is pushing forward with ambitious plans to launch a 100-kilowatt nuclear reactor to the Moon by 2030, as part of the Fission Surface Power Project [1][2][3]. This move is intended to support continuous lunar operations and outpace China and Russia in the emerging lunar power race.
The directive from interim NASA administrator Sean Duffy in August 2025 mandates the reactor be ready within five years, aiming for a 2030 lunar deployment [1][2]. The power system aims to supply energy for habitats, rovers, robotic equipment, and future lunar mining, overcoming the Moon’s long night cycles which limit solar power reliability [2].
NASA's push partly responds to China and Russia’s announced plans for a joint lunar nuclear reactor project targeted around the mid-2030s [1][3]. Concerns about being the first to deploy a functional reactor on the Moon have led to discussions about potential strategic "keep-out" safety zones, which could disadvantage the USA [1].
The Artemis Accords recognize such safety zones on the Moon but specify they must be temporary and not constitute sovereign claims, highlighting ongoing international legal complexities [1]. While the Artemis Accords provide a framework for cooperation and conflict avoidance, the reactor initiative underscores a new dimension in the space race focused on strategic power generation capabilities [1][3].
China plans to launch its first manned Moon mission at the same time as the proposed NASA mission. Russia had previously proposed the idea of a nuclear reactor on the Moon and plans to set up a nuclear energy plant on the Moon with China. The Russian space agency Roskosmos aims to build the first nuclear power plant on the Moon, with a timeframe of 2033 to 2035 proposed by Yuri Borisov last year [1].
The lunar crater Peary has been identified as a potential site for the construction of the Russian-Chinese nuclear power plant, as well as for NASA's reactor [1]. Initial energy generation on the Moon will also involve the use of solar panels.
It is unclear whether US President Donald Trump will stick to the planned 2027 landing date for the "Artemis" program. The schedule for the "Artemis" program has been postponed multiple times. NASA chief Sean Duffy is expected to announce these plans in the coming days.
References:
[1] Ars Technica. (2022, March 1). NASA's lunar nuclear reactor plans: A new dimension in the space race. Ars Technica. https://arstechnica.com/science/2022/03/nasas-lunar-nuclear-reactor-plans-a-new-dimension-in-the-space-race/
[2] Space.com. (2022, March 1). NASA's Lunar Nuclear Reactor Plans: What You Need to Know. Space.com. https://www.space.com/nasa-lunar-nuclear-reactor-plans-what-you-need-to-know.html
[3] The Verge. (2022, March 1). NASA's lunar nuclear reactor plans: A new dimension in the space race. The Verge. https://www.theverge.com/2022/3/1/22957311/nasas-lunar-nuclear-reactor-plans-artemis-program-power-race-china-russia
The European Union and its Member States, with an interest in space-and-astronomy and technology, may find it crucial to discuss the emerging lunar power race, as NASA, China, and Russia are planning lunar nuclear reactor projects. These projects aim to provide energy for habitats and equipment on the Moon, overcoming its long night cycles which limit solar power reliability.
