航天器热控制系统用电动泵机组概述

E. B. Korotkov, O. Shirobokov, S. Matveev, Z. A. Yudina
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引用次数: 1

摘要

本文简要介绍了航天器的运行条件、出现加热和热梯度的主要原因以及重新分配热能的必要性。考虑到主动热控制系统及其优点,航天器优先使用这种类型的热控制系统。电抽油机是主动式热力控制系统的关键部件。电动泵机组从机电系统的角度出发,指出了其关键要素。报告了优选泵类型的描述,并简要讨论了主动热控制系统的类型。结合国内外航天器电动抽油机的运行经验,结合其设计特点,确定了最常见的关键元件类型。根据审查结果,得出的结论是,电动泵机组最相关的布局是带有无刷直流电机和液力轴承的离心式电动泵。还指出,电动泵机组是一种使用寿命长的产品,这使监测技术条件以防止故障的任务变得复杂。
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Overview of electric pump units for spacecraft thermal control systems
The paper reports a brief description of spacecraft operating conditions, the main reasons of heating and thermal gradient appearance and need to reassign the thermal energy. Active thermal control systems and their advantages are considered, spacecraft for which the use of this type of thermal control systems is a priority. The electric pumping unit is pointed as a key unit of active thermal control systems. The electric pump unit is considered from the as the electromechanical system, its key elements are pointed. A description of the preferred pump types is reported and the types of active thermal control systems are briefly discussed. The foreign and domestic operating experience of spacecraft electric pumping units, the features of their designs are considered, the most common types of key elements are determined. Based on the results of the review, it is concluded that the most relevant layout of the electric pump unit is a centrifugal electrical pump with a brushless DC motor and hydrodynamic bearings. It is also indicated that the electric pump unit is a product with a long lifetime, which complicates the task of monitoring the technical condition in order to prevent failure.
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发文量
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审稿时长
8 weeks
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