动态并联补偿性能的计算机研究

A. Gole
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引用次数: 0

摘要

动态并联补偿的计算机研究对于确定补偿装置及其所连接的系统的性能是有用的。由于现代动态补偿器中大量采用电力电子器件,因此离线和实时变化的电磁瞬变仿真被广泛应用于控制器整定、谐波谐振分析、运行极限确定以及与网络中其他动态设备的交互等方面。为了研究并联补偿对大系统稳定性的影响,可以采用暂态稳定模型。小信号分析虽然不太准确,但提供了对补偿的最佳放置以及控制器增益选择的见解
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Computer Studies of Dynamic Shunt Compensation Performance
Computer studies for dynamic shunt compensation are useful in determining the performance of the compensating device as well as the system into which it is connected. Due to the significant amount of power electronics in modern dynamic compensators, electromagnetic transients simulation of both the off-line and real time variety is widely used for aspects such as controller tuning, harmonic resonance analysis, determination of operating limits and interaction with other dynamic devices in the network. For studying the impact of shunt compensation on the stability of large system, transient stability modelling can be used. Small signal analysis although less accurate, provides insight into optimal placement of the compensation as well as controller gain selection
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