Scholarlink

This paper analyzed the shading characteristics of the oblique baffle and the multiplate baffle from the perspectives of the allowable solar zenith angle and azimuth angle. Combined with typical staring mission scenarios of high-orbit optical satellites, the impact of baffle selection on the annual sun avoidance duration and its distribution throughout the year was statistically analyzed. The results indicate that the oblique baffle is suitable for satellites with variable observation conditions, while the multiplate baffle is more effective when the satellite’s observation geometry conditions are more uniform.

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Analysis of the Impact of Baffle Selection on the Operational Duration of High-Orbit Optical Satellites

  • 会议论文

  • 发表日期：

    2025年

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  • Jiawei Shi,
  • Pengfei Song,
  • Hongxia Gao,
  • Xianghao Kong,
  • Shitao Wang

摘要

This paper analyzed the shading characteristics of the oblique baffle and the multiplate baffle from the perspectives of the allowable solar zenith angle and azimuth angle. Combined with typical staring mission scenarios of high-orbit optical satellites, the impact of baffle selection on the annual sun avoidance duration and its distribution throughout the year was statistically analyzed. The results indicate that the oblique baffle is suitable for satellites with variable observation conditions, while the multiplate baffle is more effective when the satellite’s observation geometry conditions are more uniform.