空间应用电力系统中的数据管理

H. Green
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引用次数: 0

摘要

电力系统(EPS)是空间系统中必不可少的子系统。当前项目框架中的新要求或增加的要求都会影响发电的设计和技术。调节、配电和储能。然而,本文不涉及这些主题,而是涉及另一个新的要求,即在子系统中引入智能控制器。本文以欧洲空间站EPS系统的设计为基础,从数据管理和拓扑方面讨论了子系统的体系结构,提出了内部数据传输的总线概念。此外,还解释了机载子系统软件的功能需求,并讨论了冗余、内置测试设备(BITE)和专家系统的未来使用等主题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Data Management in Electrical Power Systems for Space Applications
Electrical Power Systems (EPS) are essential subsystems in space systems. Either new or increased requirements in the frame of current projects influence design and technology for power generation. conditioning, distribution and energy storage. This paper, though, does not deal with these topics but with another new requirement, i.e. the introduction of intelligent controllers into the subsystem. Based on the EPS design for the European space station the paper discusses the subsystem architecture with respect to data management and topological aspects leading to a bus concept for internal data transmission. Furthermore, functional requirements for the on-board subsystem software are explained and topics like redundancy, built-in-test-equipment (BITE) and future use of expert systems are addressed.
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