Analysis and improvement of characteristics of power supply systems for the small space vehicle of the AIST-2 type

M. R. Mordanov, S. L. Safronov
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Abstract

The power supply system being created is intended to provide electricity to spacecraft systems. It ensures that the design characteristics of the solar battery of the prototype are preserved and makes it possible to install means to support the thermal conditions of the photovoltaic battery while maintaining the cost of production of the prototype solar battery. Various types of solar energy concentrators are considered: concentrators in the form of individual convex linear Fresnel lenses, Flexible Array Concentrator Technology concentrators, Stretched Lens Array concentrators. A method for improving the characteristics of the spacecraft solar system is presented. The methodology includes the calculation of various types of concentrators, types of photovoltaic converters and types of solar battery frames. As an example of the implementation of the methodology, the design of solar battery panels was developed. A comparative table of the solar battery before and after modernization is provided.
分析和改进 AIST-2 型小型空间飞行器供电系统的特性
正在创建的供电系统旨在为航天器系统供电。它确保保留原型太阳能电池的设计特点,并使安装支持光伏电池热条件的装置成为可能,同时保持原型太阳能电池的生产成本。考虑了各种类型的太阳能聚光器:单个凸线性菲涅尔透镜形式的聚光器、柔性阵列聚光器技术聚光器、拉伸透镜阵列聚光器。介绍了一种改进航天器太阳能系统特性的方法。该方法包括计算各种类型的聚光器、光电转换器和太阳能电池框架。作为实施该方法的一个实例,开发了太阳能电池板的设计。提供了太阳能电池现代化前后的对比表。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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