GPS上太阳能电池阵列的异常性能

D. Marvin, W. Hwang, E. Simburger
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引用次数: 11

摘要

为了更好地理解导航星太阳能电池阵列的观测行为,综述了航天器光学表面退化的一般问题。GPS导航星1-6上的太阳能电池阵列在5年的任务寿命期间及以后出现了异常退化。与预测性能的偏差包括超出辐射模型估计的每年额外2.5%的退化。对来自各种航天器的光学太阳反射器(OSR)数据的检查揭示了与航天器设计相关的OSR降解率的变化。这些数据支持这样一种观点,即从车辆排出的污染物在光学表面上光沉积,导致其反射率降低。从导航星5号上飞行的OSR获取的污染数据用于预测太阳能电池阵列的退化。预测的污染对阵列输出的影响与五辆Block I车辆的观察行为一致
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Anomalous solar array performance on GPS
The general issue of degradation of optical surfaces on spacecraft is reviewed in order to understand the observed behavior of the Navstar solar cell arrays. The solar arrays on GPS Navstars 1-6 have shown anomalous degradation during the 5-year mission life and beyond. The departure from predicted performance consists of an extra 2.5% per year degradation in excess of the radiation model estimates. Examination of optical solar reflector (OSR) data from a variety of spacecraft reveals variations in OSR degradation rates which correlate with the vehicle design. These data support the idea that contaminants outgassing from the vehicle are photodeposited on the optical surfaces, leading to degradation of their reflectivity. Contamination data taken from an OSR flown on Navstar 5 are used to predict the solar cell array degradation. The predicted effect of contamination on the array output is consistent with the observed behavior of the five Block I vehicles.<>
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