面向自主管理的航天器维修系统技术研究

Tongzhi Yang, Jiancheng Dang, Xianjun Cai, Tingyu Liu, Sen Wang, Chong Wang
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引用次数: 0

摘要

随着商业通信星座卫星的快速发展,传统的地面运行监控模式已经无法满足数千颗在轨航天器运行管理的需求。提高航天器自主维修能力,降低地面管理的业务量和复杂性是必要的。民用航空通过基于自检的机上维修系统,极大地提高了飞机的自主适航性。参考民用航空机载维修系统技术,结合航天器发展特点,设计了分层自动化的航天器维修系统架构,可支持系统级、单机级和板级基于自检的维修。当自检结果出现异常时,航天器维护系统按照计划进行异常处理,寻求与地面站对接,与地面共同完成航天器群的在轨运维指导。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on Spacecraft Maintenance System Technology for Autonomous Management
With the rapid development of commercial communication constellation satellites, the traditional ground operation monitoring mode has been unable to meet the needs of thousands of on orbit spacecraft operation management. It is necessary to improve the spacecraft autonomous maintenance ability and reduce the business volume and complexity of ground management. Civil aviation greatly improves the autonomous Airworthiness of aircraft through the on-board maintenance system based on self-test. Referring to the on-board maintenance system technology of civil aviation and combined with the characteristics of spacecraft development, the layered and automatic spacecraft maintenance system architecture is designed, which can support the maintenance based on self-test at system level, single machine level and board level. When the self-test result is abnormal, the spacecraft maintenance system handles exceptions according to the plan, seeks to access the ground station and jointly complete the on orbit operation and maintenance guidance of spacecraft cluster with the ground.
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