阅读说明：本技术 使用实时保护设置更新的动态补救动作方案的瞬态仿真建模 (Transient simulation modeling of dynamic remedial action scenarios using real-time protection setting updates ) 是由 克里什南简·古巴拉维库马 于 2018-04-30 设计创作，主要内容包括：电力系统中的保护IED(例如分布式控制器)可以周期性地或实时地将更新的保护设置传送给广域控制器,例如协调控制器,其定义和/或实施补救动作方案来保护电力系统。广域控制器可以利用来自多个保护IED的实时保护设置信息以基于(1)电力系统的当前拓扑结构、(2)来自该系统的实时测量结果以及(3)该系统内各种IED的更新的实时保护设置来执行动态瞬态模型仿真。更新的瞬态模型仿真的结果可用于动态地调整广域控制器的补救动作方案。(Protection IEDs (e.g., distributed controllers) in a power system may periodically or in real-time communicate updated protection settings to a wide-area controller, such as a coordinating controller, that defines and/or implements a remedial action scheme to protect the power system. The wide-area controller may utilize real-time protection setting information from multiple protection IEDs to perform dynamic transient model simulations based on (1) the current topology of the power system, (2) real-time measurements from the system, and (3) updated real-time protection settings of various IEDs within the system. The results of the updated transient model simulation may be used to dynamically adjust the remedial action scenario for the wide-area controller.)