NASA小型航天器技术倡议“克拉克”卫星的AstroEdge太阳能阵列

J. Renshall, G. Marks
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引用次数: 5

摘要

小型航天器技术计划(SSTI)的AstroEdge飞行太阳能阵列机翼“克拉克”号卫星目前正处于组装和测试的最后阶段。主翼和副翼组件将很快交付给CTA公司进行航天器集成和测试。从范登堡空军基地用洛克希德运载火箭发射车辆定于1996年8月31日发射。SSTI航天器是一种极地轨道测绘航天器,用于支持各种传感器实验。该阵列是一个聚光太阳能阵列,使用平面镜将电池的照明水平提高到大约1.5个太阳。反射器的布置是为了提供一个刚性的展开结构,并在发射过程中为砷化镓太阳能电池提供缓冲。该阵列重量轻,主翼重量测量为6.37 kg,在最坏情况下产生335瓦的EOL,在EOL时的特定功率密度为52.6 W/kg,在BOL时为77 W/kg。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The AstroEdge solar array for the NASA Small Spacecraft Technology Initiative "Clark" satellite
The AstroEdge flight solar array wings for the Small Spacecraft Technology Initiative (SSTI) "Clark" satellite are now in the final stages of assembly and testing. The primary and secondary wing assemblies will be delivered shortly to CTA Incorporated for spacecraft integration and test. Vehicle launch from Vandenberg Air Force Base on the Lockheed launch vehicle is set for 31 August 1996. The SSTI spacecraft is a polar orbit mapping spacecraft used to support various sensor experiments. The array is a concentrator solar array that uses planar mirrors to enhance the level of illumination to the cells to approximately 1.5 suns. The reflectors are arranged to provide a stiff deployed structure and provide cushioning for the GaAs solar cells when stowed during launch. The array is lightweight-the primary wing weight was measured at 6.37 kg and generates 335 watts worst-case EOL for a specific power density of 52.6 W/kg at EOL or 77 W/kg at BOL.
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