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Situation awareness in power systems: Theory, challenges and applications

机译:电力系统的态势感知:理论,挑战与应用

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摘要

Due to the increasing size and operational complexity of modern power systems, transmission system operators often have difficulties forming a complete and accurate picture of the state of the part of the system for which they are responsible. These difficulties may prevent them from achieving the level of situation awareness (SA) that they need to make the right decisions and respond effectively to an incident. Inadequate SA has indeed been identified as one of the contributing factors in several recent large electrical disturbances worldwide. This paper first reviews the fundamentals of SA and then discusses the main sources of operator errors due to insufficient SA in power systems and how these affect the operational decision-making process. It then discusses tools and standards that can help system operators improve their level of SA. Finally, a generic procedure for achieving sufficient SA is presented, which aims to guide the design of an information system that is both technology- and user-oriented. (C) 2015 Elsevier B.V. All rights reserved.
机译:由于现代电力系统的大小和操作复杂性的增加,输电系统操作员通常难以形成他们负责的系统部分状态的完整而准确的描述。这些困难可能会使他们无法达到需要做出正确决策并有效应对事件的态势感知(SA)的水平。实际上,不充分的SA确实已被认为是最近在全球范围内发生的几起大规模电干扰的原因之一。本文首先回顾了SA的基础知识,然后讨论了由于电力系统中SA不足导致的操作员错误的主要根源,以及这些错误如何影响操作决策过程。然后讨论了可以帮助系统操作员提高其SA水平的工具和标准。最后,提出了一种用于实现足够的SA的通用过程,该过程旨在指导面向技术和用户的信息系统的设计。 (C)2015 Elsevier B.V.保留所有权利。

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