The study includes fault applying and transient stability controlling.

试验包括故障和系统的暂态稳定控制。

Nowadays the transient stability analysis (TSA) has been mature relatively.

目前较为成熟的是暂态稳定分析(tsa)。

In the paper, methods for online transient stability prediction are researched.

本文深入研究暂态稳定预测的各种方法。

The power system stability is generally divided into the static and transient stability.

电力系统的稳定性一般分为静态稳定和暂态稳定。

The composite electric load model has complex impact on power system transient stability.

综合负荷模型对电力系统的暂态稳定性具有复杂的影响。

This paper proposes a method for fast transient stability assessment of large power systems.

本文提出一种快速确定多机电力系统暂态稳定域的方法。

The static and transient stability of the power system are analyzed based on the degree of excitation.

根据不同的干扰程度，分析研究了系统的静态稳定性和暂态稳定性。

Using combined models, the performance of power system transient stability assessment can be improved.

组合模型能提高电力系统暂态稳定评估的分类性能。

Impact of large scale wind farm integration on power system transient stability is studied in this paper.

对大型风电场接入后的电力系统暂态稳定性进行了研究。

This paper presents a novel transmission network expansion planning method considering transient stability.

提出了一种考虑系统暂态稳定性的电网规划方法。

This paper presents a highly paralleled relaxed Newton method for transient stability real time simulation.

介绍一种新的用于大规模电力系统暂态稳定性实时分析计算的高度并行松弛牛顿方法。

This paper proposes a new method to assess the total transfer capability (TTC) with transient stability considered.

提出了考虑暂态稳定性约束的区域间极限传输容量(TTC)的计算方法。

Critical clearing time (CCT) is one of the most important stable indices in power system transient stability analysis.

临界切除时间是电力系统稳定问题分析中最重要的稳定指标之一。

New model and approach for calculating total transfer capability (TTC) with transient stability constraints is proposed.

提出了计算暂态稳定性约束下极限输电能力(TTC)的模型和方法。

Based on the theory of EEAC, transient stability of power system was estimated by identifying the dynamic saddle point .

在轨迹降阶的基础上，根据EEAC理论，通过识别聚合轨迹的动态鞍点来判断轨迹的稳定性。

Therefore, there will be great need for studies of fast estimate of transient stability and emergent control of power systems.

因而在我国研究电力系统暂态稳定性的快速估计和紧急控制的理论具有迫切和现实的意义。

A transient stability closed-loop emergency control method considering the abrupt change of electromagnetic power is proposed.

提出一种考虑电磁功率突变的暂态稳定闭环紧急控制方案。

A new quantitative transient stability assessment method-Trajectory Analysis method -has been briefly introduced in this paper.

本文概要介绍了定量评价电力系统暂态稳定性的轨迹分析方法。

Simulations show considerable promotion in the transient stability limit on a transmission line after reclosing time optimization.

算例表明优化重合时刻可以大幅提高输电线路暂态稳定极限。

Varying the transmission line length is used to test the effectiveness of these two controllers on transient stability enhancement.

通过变化传输线的线路长度来测试这两种控制器在加强暂态稳定性方面的效果。

Feature selection and input dimension reduction are of Paramount im-portance to transient stability assessment based on neural networks.

输入特征选择和输入空间降维是基于神经网络暂态稳定评估的首要问题。

This model takes into account the transient stability constraints and contingency occurrence probability and system instability impacts.

该模型计及了暂态稳定性约束、事故发生概率及系统失稳损失。

By controlling the parameters of FACTSinstalled on the line or bus with higher sensitivity. the transient stability of FACTS is improved.

通过对灵敏度较大的线路或母线上FACTS设备参数进行控制，以提高FACTS的暂态稳定性。

So, the influence of UPFC in power system transient stability and transient stability preventive control has been researched in this paper.

因此，本文主要研究了UPFC对电力系统暂态稳定性和暂态稳定预防控制的影响和作用。

Meanwhile, this paper also simplified the iteration flow of transient stability computation and improved the scheme of convergence checking.

同时，文中还简化了暂态稳定算法迭代流程，改进了全局收敛判定方法，有效地减少了算法计算量和通信损耗。

A algorithm for optimal power flow with transient stability constraints (OPFTSC) based on transient energy margin is presented in the paper.

本文提出了一种基于能量裕度灵敏度下的含有暂态稳定约束的优化潮流算法。

The processing of contingency set, modeling and solution of coordinated control are key technologies for real-time transient stability control.

预想事故集的处理、协调控制模型建模及求解是实现实时暂态稳定协调控制的关键技术。

Calculation of the controlling unstable equilibrium point (CUEP) is important in the direct method for power system transient stability analyses.

主导不稳定平衡点(CUEP)的计算在电力系统暂态稳定分析直接法中具有重要意义。

Firstly, this method USES the continuation power flow (CPF) technique and both of static security and transient stability constraints are considered.

算法采用连续潮流(CPF)技术并考虑了系统的静态安全约束和暂态稳定约束。