直流网络稳定性分析:连接在单一直流母线上的设备之间的耦合现象

M. Charrada, H. Piquet, N. Roux, E. Bru
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引用次数: 0

摘要

近年来,航空电气系统有了一个重要的发展,这需要开发复杂的结构,如HVDC网络(高压直流)。这种类型的结构使电力能够从电源输送到设备。然而,多种不同类型设备的集成增加了直流网络扰动电源不稳定问题的风险。本文给出了保证整个系统稳定性约束所采用的不同结构和不同规则。通过实验验证了连接在单直流母线上的两个器件之间的相互作用分析,以支持理论结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Stability analysis of DC networks: Coupling phenomenon between equipment connected to a single DC bus
Electrical systems in aeronautics have known an important development in these recent years, which required the development of complex architectures as HVDC networks (High Voltage Direct Current). This type of architecture enables the delivery of electricity from the source to the equipment. However, the integration of many different types of equipment increases the risk of instability problems on DC network disturbed power. This paper presents the different structures used and the different rules adopted to ensure the stability constraints of the entire system. An experimental validation of interaction analysis between two devices connected to a single DC bus is presented to support the theoretical results.
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