Research on Reusable Technology System for New-Generation Manned Spaceships

Kang Yu, Wenrui Wu, Ling Su, Xiaobing Ma
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Abstract

Aiming at the main constraint of high cost of round-trip transportation between Earth and space in the large-scale space application of space station and manned deep space exploration program, in the development of new-generation manned spaceships in China, to reduce the operation cost and enhance the economic benefit, the relevant design is carried out in accordance with the reusable capability. First, the concept of reusable mode of new-generation manned spacecraft is put forward, the technical difficulties of reusable spacecraft are analyzed, and the technical ways to solve the problems are given in four dimensions, design of reusable conditions, design of reusable performance, design of reusable maintenance security, and design of autonomous health detection and diagnosis, so as to form the technical system of reusable new-generation manned spacecraft. This study has clarified the reusable technology route and realization direction of the new generation of manned spacecraft, which can be used to guide the development of future reusable spacecraft and lay the foundation for large-scale space development.

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新一代载人飞船可重复使用技术系统研究
针对空间站、载人深空探测计划等大规模航天应用中地球与空间往返运输成本高的主要制约因素,在我国新一代载人飞船研制中,为降低运行成本,提高经济效益,按照可重复使用能力进行了相关设计。首先,提出了新一代载人飞船可重复使用模式的概念,分析了可重复使用飞船的技术难点,并从可重复使用条件设计、可重复使用性能设计、可重复使用维护保障设计、自主健康检测诊断设计四个维度给出了解决问题的技术途径,从而形成了可重复使用新一代载人飞船的技术体系。该研究明确了新一代载人航天器的可重复使用技术路线和实现方向,可用于指导未来可重复使用航天器的研制,为大规模航天发展奠定基础。
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