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Fission Surface Power Technology Development Status
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机译:裂变表面功率技术发展现状
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With the potential future deployment of a lunar outpost there is expected to be a clear need for a high-power, lunar surface power source to support lunar surface operations independent of the day-night cycle, and Fission Surface Power (FSP) is a very effective solution for power levels above a couple 10 s of kWe. FSP is similarly enabling for the poorly illuminated surface of Mars. The power levels/requirements for a lunar outpost option are currently being studied, but it is known that cost is clearly a predominant concern to decision makers. This paper describes the plans of NASA and the DOE to execute an affordable fission surface power system technology development project to demonstrate sufficient technology readiness of an affordable FSP system so viable and cost-effective FSP system options will be available when high power lunar surface system choices are expected to be made in the early 2010s.
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机译:随着未来登月哨所的潜在部署,预计显然需要大功率的月球表面电源来支持独立于昼夜周期的月球表面操作,而裂变表面功率(FSP)是非常重要的有效的解决方案,适用于功率水平超过10 s kWe的情况。 FSP同样可以使火星表面照明不佳。当前正在研究月球前哨选项的功率水平/要求,但众所周知,成本显然是决策者最关注的问题。本文介绍了NASA和DOE计划,以执行负担得起的裂变表面功率系统技术开发项目,以证明负担得起的FSP系统具有足够的技术准备,因此当选择大功率月球表面系统时,将提供可行且具有成本效益的FSP系统选项预计在2010年代初生产。
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