Solar thermal upper stages

M. Calabro
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引用次数: 2

Abstract

Cost saving in future space transport systems has increased interest in new propulsion concepts for upper stages/orbital transfer vehicles, solar thermal propulsion (STP) in one of these concepts which, by reducing the propellant mass needed for orbit transfer can offer more payload than current chemical stages. The results presented here are mainly derived from an EADS study sponsored by ESTEC. A technological analysis of the main propulsion sub-systems is presented first and on this basis are predicted the performance improvement for some typical categories of launchers when their upper stage is replaced by a Solar Thermal Orbits Transfer System and with a 30 days transfer duration assumption.
太阳能热上级
未来空间运输系统的成本节约增加了对上层/轨道转移运载工具的新推进概念的兴趣,太阳能热推进(STP)是这些概念之一,通过减少轨道转移所需的推进剂质量,可以提供比当前化学级更多的有效载荷。这里介绍的结果主要来自由ESTEC赞助的EADS研究。首先对主推进分系统进行了技术分析,并在此基础上,以30天的转移时间为假设,预测了几种典型类型的发射装置上级被太阳热轨道转移系统取代后的性能改善情况。
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