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Real-Time Transient Stability Analysis/Assessment Based Proposed Parallel Algorithms

机译:基于实时暂态稳定性分析/评估的并行算法

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摘要

In this study, a method for online Transient Stability Analysis/assessment (TSA) of large scale power systems is proposed. The method is based on an exact mathematical transformation of (n+m) machine system into n-equivalent Single Machine to Equivalent Bus (SMEB) Models and m-Load to Equivalent Bus (LEB) Models, where n number of machine buses and m number of load buses in the system. Then implementing proposed Parallel Algorithms (PAs) for power system TSA on developed Matlab/M-files models constructed by the researchers for system simulation. Comparative simulation results between the proposed PAs and Conventional Time Domain Method (CTDM) are presented to show the effectiveness and the validation of the proposed PAs.
机译:在这项研究中,提出了一种用于大型电力系统的在线暂态稳定性分析/评估(TSA)的方法。该方法基于将(n + m)个机器系统精确地数学转换为n个等效单机到等效总线(SMEB)模型和m-Load到等效总线(LEB)模型的情况,其中n个机器总线数和m个机器总线数在系统中加载总线。然后,在研究人员构建的用于系统仿真的发达Matlab / M文件模型上,为电力系统TSA实施拟议的并行算法(PAs)。提出了建议的PA和常规时域方法(CTDM)之间的比较仿真结果,以证明所建议的PA的有效性和有效性。

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