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Thermal Design and In-orbit Performance of ANUSAT

机译:ANUSAT的热设计和在轨性能

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ANUSAT, a micro-satellite developed by Anna University under the overall guidance of ISRO is intended to provide digital communication facilities between a number of universities / colleges and amature satellite radio operators. The thermal design of the satellite poses several challenges mainly because of its lower thermal inertia and power generation. This paper briefs about the thermal design for the ANUSAT, which uses passive thermal control system. No thermal heaters are provided because of the limited power generation. With this thermal design, predicted temperatures are expected to be well within the thermal operating limits. The in-orbit data for the ANUSAT confirms the judicious selection and effectiveness of the thermal control system.
机译:ANUSAT是由安娜大学在ISRO的总体指导下开发的一种微型卫星,旨在在许多大学/学院与卫星广播运营商之间提供数字通信设施。卫星的热设计面临一些挑战,主要是因为其较低的热惯性和发电量。本文简要介绍了采用无源热控制系统的ANUSAT的热设计。由于发电量有限,因此未提供热加热器。通过这种热设计,预计温度将完全在热工作极限之内。 ANUSAT的在轨数据证实了热控制系统的明智选择和有效性。

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