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Study on Multi-Rotary Joints Space Power Satellite Concept

机译:多旋转关节空间动力卫星概念研究

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摘要

The Space Power Satellite (SPS) would be a huge spacecraft capturing the power of solar radiation in space and to supply electric power to the electric grid on the ground.The SPS concept was proposed by Dr.Peter Glaser in 1968.SPS have been studied now for exactly fifty years by many scientists in various countries.It has been regarded as one of the most promising energy projects of the future and has been attracting more attention in recent years.More and more Chinese scholars and experts are paying attention to the development of SPS.Due to the huge size,immense mass and high power of such a satellite system,there are many technical difficulties which exist to realize SPS.In this paper,recent SPS research and development activities are reviewed first.Various SPS concepts are analyzed and compared.The primary scheme of the Multi-Rotary joint SPS (MR-SPS) is described.The main feature is that the huge solar array comprising many separate small solar sub-arrays and each solar sub-array has two middle power rotary joints.So,the most challenging technology,the high-power rotary joint,is simplified by using many middlepower rotary joints hence the possibility of a single-point failure of a single rotary joint is avoided.This enables easy assembly of the modular solar arrays.Finally some key technologies of MR-SPS are analyzed.
机译:太空动力卫星(SPS)将是一个巨大的航天器,可捕获太空中的太阳辐射功率并向地面电网供电.SPS概念由Peter Glaser博士于1968年提出。如今已被各国许多科学家研究了五十年,被认为是未来最有前途的能源项目之一,近年来受到越来越多的关注,越来越多的中国学者和专家开始关注这一发展。由于这种卫星系统的巨大规模,巨大的质量和高功率,实现SPS存在许多技术难题。本文首先回顾了最近的SPS研究与开发活动。分析了各种SPS概念描述了多旋转联合SPS(MR-SPS)的主要方案。主要特征是巨大的太阳能电池阵列包括许多单独的小型太阳能子阵列,每个太阳能子阵列具有两个中功率旋转接头。因此,最具挑战性的技术,即大功率旋转接头,通过使用多个中功率旋转接头得以简化,因此避免了单个旋转接头的单点失效的可能性。这使得组装变得容易最后,对MR-SPS的一些关键技术进行了分析。

著录项

  • 来源
    《中国航天(英文版)》 |2018年第1期|19-26|共8页
  • 作者

    HOU Xinbin; WANG Li;

  • 作者单位

    China Academy of Space Technology, Beijing 100094;

    China Academy of Space Technology, Beijing 100094;

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  • 原文格式 PDF
  • 正文语种 eng
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  • 入库时间 2022-08-18 22:22:58
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