Transient voltage stability enhancement using Static Synchronous Compensator

Vikram Chekuri, R. Devi
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Abstract

This Paper analyzes the application of Static Synchronous Compensator (STATCOM) to prevent the transient voltage instability of power systems due to the presence of large induction motor loads at the terminals of long transmission lines. The analysis is supported by transient time simulations for the complete power system following large disturbances. The effect of induction motor loads on transient voltage stability of power system is studied by applying a disturbance. A disturbance is created either by line tripping or applying a three phase fault. Voltage instability phenomenon is simulated by adding induction motors in parallel and increasing the load. The effect of STATCOM on transient voltage stability of power system is studied. Transient stability analysis is carried out for two sample systems namely 3-bus and 9-bus systems and the results are presented.
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利用静态同步补偿器增强暂态电压稳定性
本文分析了静态同步补偿器(STATCOM)的应用,以防止由于大型感应电机负载在长输电线路两端存在而导致电力系统暂态电压不稳定。该分析得到了大扰动下整个电力系统暂态时间仿真的支持。通过施加扰动,研究了感应电机负载对电力系统暂态电压稳定性的影响。干扰是由线路跳闸或施加三相故障造成的。通过并联增加感应电机和增加负载,模拟了电压不稳定现象。研究了STATCOM对电力系统暂态电压稳定性的影响。对3母线系统和9母线系统进行了暂态稳定分析,并给出了分析结果。
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