一种多机电力系统稳定器智能设计方法

Ritula Thakur, Salil Prashar
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引用次数: 0

摘要

暂态稳定在缺点和巨大的不稳定影响下的稳健性中起着重要的作用。本文研究了一种电力系统稳定器(PSS)和IWD来改善阻尼振荡和提高暂态稳定性。试验了与励磁器或电位参杂器相结合的PSS在抑制分离式同步发电机机电运动中的充分性。对于PSS-IWD参数的调整,提出了一种智能水滴(IWD)方法。根据阻尼比例的结果,肯定了所推荐的方法在提高框架或系统的边缘稳定性方面比布谷鸟搜索(CS)更有效。
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An Intelligence Method for Designing of Multi-Machine Power System Stabiliser
Transient stability assumes a significant job in soundness during shortcoming and huge unsettling influence. This paper looks at a power system stabilizer (PSS) and IWD to improve damping oscillations and upgrade transient stability. The adequacy of a PSS associated with the exciter or potential senator in damping electromechanical motions of the detached simultaneous generator is experimented in this research. For tuning PSS-IWD parameters, another procedure called intelligent water drop (IWD) is proposed. In light of damping proportion results, it is affirmed that the recommended procedure is extra productive than Cuckoo search (CS) in improving the edge steadiness of the framework or system.
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