The paper presents a practical dynamic security region (PDSR) based probabilistic dynamic security assessment model.
提出一种基于实用动态安全域的输电系统概率动态安全评估模型。
An intercept method to determine critical hyper-planes of practical dynamic security region (PDSR) of power system is developed by use of knowledge of geometry.
利用几何学知识推导出了确定电力系统实用动态安全域（PDSR）临界超平面的截距法。
The practical mathematic description of dynamic security region makes it easy to take account of the uncertainties of power injections and motor loads proportion.
安全域的数学描述使注入功率不确定性和电动机负荷比例不确定性的计及变得简便。
Based on the outcomes of study on the dynamic security region (DSR), a transient instability probability model combining discrete and continuous stochastic variables is proposed.
文中基于安全域的研究成果，提出了一个离散和连续相结合的暂态失稳概率模型。
Dynamic security region (DSR) is a more scientific and effective method for real-time security monitoring, assessment and control of power systems, compared with traditional "point-wise" approaches.
动态安全域的方法可使电力系统实时安全监视、防御与控制更科学、更有效，有着广阔的在线应用前景。
Dynamic security region (DSR) is a more scientific and effective method for real-time security monitoring, assessment and control of power systems, compared with traditional "point-wise" approaches.
动态安全域的方法可使电力系统实时安全监视、防御与控制更科学、更有效，有着广阔的在线应用前景。
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