STATCOM存在时基于pmu的保护继电器

Kiruthiga Manoharan, S. Periasamy, Kumudini Devi Raguru Pandu
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引用次数: 0

摘要

用STATCOM补偿的传输线影响系统中保护继电器的工作。在此基础上,分析了静态同步补偿器对现场失效保护损耗的影响。STATCOM的存在对发电机励磁故障继电器的工作时间有很大的影响。为了减少STATCOM的不利影响,在MATLAB/SIMULINK中建立了一种新的基于相量测量单元的失磁保护方案。相量测量单元是高速传感器,用于以每周期48个样本的速率估计幅度和相角,使其能够检测电压或电流的波动。分析了现场完全失效和局部失效时,STATCOM对基于PMU的LOE保护方案的影响。仿真结果表明,一种新的基于相量测量单元的LOE保护继电器在存在静态同步补偿器的情况下也能检测出现场故障保护继电器并进行操作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A PMU-based Protection Relay In The Presence of STATCOM
The transmission line compensated with STATCOM affects the operation of protection relays in the system. In this context the effect of Static Synchronous Compensator on loss of field failure protection is analyzed. The existence of STATCOM has a pernicious effect on the operating time of generator field failure relay. To reduce the adverse effect of STATCOM a new phasor measurement unit based loss of excitation protection scheme is modelled in MATLAB/SIMULINK. Phasor measurement unit are high speed sensors that are used to estimate the magnitude and phase angle at a rate of 48 samples per cycle which makes it to detect fluctuations in voltage or current. The effect of STATCOM on PMU based LOE protection scheme are analysed for complete field failure and partial loss of field failure. The simulation results depicts that a new phasor measurement unit based LOE protection relay detects and operates the field failure protection relay even in the existence of Static Synchronous Compensator in transmission line.
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