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Cost-effective technology advancement directions for electric propulsion transportation systems in earth-orbital missions

机译:用于地球轨道飞行任务的电力推进运输系统的经济高效的技术进步方向

摘要

The directions that electric propulsion technology should take to meet the primary propulsion requirements for earth-orbital missions in the most cost effective manner are determined. The mission set requirements, state of the art electric propulsion technology and the baseline system characterized by it, adequacy of the baseline system to meet the mission set requirements, cost optimum electric propulsion system characteristics for the mission set, and sensitivities of mission costs and design points to system level electric propulsion parameters are discussed. The impact on overall costs than specific masses or costs of propulsion and power systems is evaluated.
机译:确定了电动推进技术应以最节省成本的方式满足地球轨道飞行任务的主要推进要求的方向。任务设定要求,最先进的电力推进技术和以其为特征的基准系统,满足任务设定要求的基线系统是否足够,任务设定的成本最优的电力推进系统特征以及任务成本和设计的敏感性讨论了系统级电推进参数。评估比总质量或推进和动力系统成本对总体成本的影响。

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