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1·In the paper, the calculation model and assessment method for transmission line transient capacity are proposed.

提出了输电线路暂态载流量的计算模型和评估方法。

2·Combined with theoretical analysis, this paper presents the implementation methods developed for an on - line transient stability control TSC system.

结合理论分析，对所开发的在线暂态稳定控制系统给出了其实现方法。

3·It has been proved that the automatic running of the on-line transient stability analysis and control system based on real-time data from EMS is feasible in this way.

实践证明，该方法的提出，实现了利用EMS实时数据进行在线稳定控制的自动化运行。

4·A new high speed protection criterion for high voltage transmission line based on the wavelet transform of transient voltage signals from the two ends of the line is presented.

提出了一种基于双端电压暂态信号小波变换的高压输电线路快速保护算法。

5·Based on the traveling wave, double ended approach only deals with the first transient traveling wave reaching the two buses of the fault line.

基于行波的输电线路双端测距算法只用到到达故障线路两侧母线的第一个故障初始行波波头，其可靠性较高。

6·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。

7·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。

8·Based on the structure preserving model, according to the variation of transient energy in power network, line vulnerability index and outset vulnerability index are defined.

在结构保持模型的基础上，根据网络中暂态能量的变化规律，定义了支路及割集的脆弱性指标。

9·Since a mine pumping system can generally be simplified into a complicated pipe-line system in series, the transient process is simulated by a method of characteristic line.

根据矿井排水系统一般可以简化为串联复杂管路系统的特点，采用特征线法模拟其断电停泵的瞬变过程。

10·With this algorithm the transient short circuit current of HV distant transmission line can be easily calculated.

因而用该算法可以非常容易地计算在高压远距离输电线短路故障的暂态短路电流。