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Future Concepts for Modular, Intelligent Aerospace Power Systems

机译:模块化,智能航空航天动力系统的未来概念

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摘要

Nasa's resent commitment to Human and Robotic Space Exploration obviates the need for more affordable and sustainable systems and missions. Increased use of modularity and on-board intelligent technologies will enable these lofty goals. To support this new paradigm, an advanced technology program to develop modular, intelligent power management and distribution (PMAD) system technologies is presented. The many benefits to developing and including modular functionality in electrical power components and systems are shown to include lower costs and lower mass for highly reliable systems. The details of several modular technologies being developed by NASA are presented, broken down into hierarchical levels. Modularity at the device level, including the use of power electronic building blocks, is shown to provide benefits in lowering the development time and costs of new power electronic components.
机译:美国国家航空航天局对人类和机器人太空探索的不满承诺消除了对更实惠,更可持续的系统和任务的需求。模块化和机载智能技术的更多使用将实现这些崇高的目标。为了支持这一新范例,提出了开发模块化,智能电源管理和配电(PMAD)系统技术的高级技术程序。开发并在电力组件和系统中包含模块化功能的许多好处显示出,它们的成本更低,质量更轻,可靠性更高。列出了NASA正在开发的几种模块化技术的详细信息,这些技术分为多个层次。在设备级别的模块化,包括使用电力电子构建模块,已显示出在减少新电力电子组件的开发时间和成本方面的优势。

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