提出了基于图论和电气距离的电力系统解列策略搜索新算法。
A new Splitting Strategy of Power Systems based on Electric-distance and Graph Theory is proposed.
作为一个复杂的综合决策问题，对电力系统解列控制的研究还很不充分。
As a complex decision problem, the studies on splitting control are far below adequacy.
本论文从WAMS实测数据出发，研究了提高电力系统稳定性的全局综合控制、闭环紧急控制及解列控制等多种控制措施。
Based on WAMS signal, wide area coordinating control, closed-loop emergency control and islanding control for improving transient stability of power systems are researched in this thesis.
对失步解列装置在电力系统中的布点进行了详细的阐述；
Then, it has a detail introduction for distribute location of out-of-step splitting in power system.
并对解列后系统应采取的控制对策进行了探索性的分析。
Furthermore, this dissertation does tentative analyzing for control measure, which is needed after splitting of system.
通过对电力系统异步运行状态的分析，提出了利用振荡中心电压的变化特征来判断系统失步的失步解列装置。
Through analysis of the out of step operation of power systems, a new out of step splitting device is proposed.
通过对电力系统异步运行状态的分析，提出了利用振荡中心电压的变化特征来判断系统失步的失步解列装置。
Through analysis of the out of step operation of power systems, a new out of step splitting device is proposed.
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