8/7/2023 0 Comments Tower of power youtube![]() UT video on using nuclear power in space. Scott also showcases gaps in those technologies by describing “envisioned future priorities” for technology development. These technologies grow in complexity as the industrial base on the Moon expands into the ? phase, where power system components include ISRU silicon photovoltaics, and some power loads would include long-term surface habitats. In the ? phase, the technologies range from fuel cells to heliostats, and they can be used to power anything from rovers to full-blown laboratories. Scott also lays out essential technology requirements for each phase and identifies what loads the technologies might be used to power. In some surprisingly good graphics for a government presentation, Dr. Scott breaks that vision down into three phases – the Artemie Base Camp phase, the ? phase where NASA is a primary customer of commercially available power services and an ? phase where NASA is one of many other (presumably commercial) customers that utilize existing power services. Credit – Zpryme YouTube Channelīut the vision that the House of Representatives asked for looked past the preliminary Artemis missions to where there could potentially be a significant private industrial presence on the Moon. Scott breaks down his role at NASA in this interview. However, large amounts of power are needed for in-situ resource utilization, such as making rocket fuel to get landers back to Earth and effectively operate a base camp.ĭr. ![]() Sunlight isn’t consistent enough, and batteries that operate at freezing temperatures aren’t large enough for typical renewable energy plans to be viable at the Lunar South Pole, which will likely serve as the first landing site for NASA’s Artemis program. The challenges of getting power on the Moon have been well documented. John H Scott, presented a preliminary plan for developing that infrastructure at the Space Power Workshop, held in Torrance, California, at the end of April. ![]() In response, NASA’s Principal Technologist for Power and Energy Storage, Dr. Governments around the world are beginning to realize the critical role they will play in the potential new industrial age, and America’s House of Representatives took a step towards accepting that responsibility when it gave NASA 6 months to come up with a plan for developing a plan for electrical power infrastructure on the Moon. That role will primarily be filled by being the first (and sometimes only) customer for a wide variety of companies that hope to profit from exploiting space resources. Despite all the hype surrounding the coming of the commercial space age, NASA and other governmental agencies will still play a vital role in the early stages of getting much of the infrastructure up and running before commercial actors can come in.
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