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Maiden application of APSO to automatic generation control-a new approach to interconnected hydrothermal system

机译:APSO的少女应用自动化控制 - 一种互连水热系统的新方法

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This article deals with automatic generation control of a multi area interconnected hydro thermal system in different modes using intelligent integral and proportional-integral controllers and provides the comparative analysis of electrical and mechanical governors. Appropriate generation rate constraint has been considered for the hydro thermal generation plants. These cumulated thermal areas are considered with reheat turbines. Performances of reheat turbine mechanical governor and hydro turbine electrical governor dynamic responses have been investigated. Further, selection of suitable integral and proportional-integral controllers has been investigated with an Accelerated particle swarm optimization. Cumulative System performance is examined considering with different load perturbation in both cumulative thermal areas. Further, System is investigated with different frequency bias values and results are explored.
机译:本文涉及使用智能整体和比例整体控制器的不同模式的多区域互连水热系统的自动生成控制,并提供电气和机械调速器的比较分析。水力热发电厂考虑了适当的产生率约束。使用再热涡轮机考虑这些累积的热区域。调查了再热涡轮机械调速器和水轮机电气调速器动态反应的性能。此外,已经通过加速粒子群优化研究了选择合适的积分和比例积分控制器。考虑累积热区域的不同负载扰动,检查累积系统性能。此外,通过不同的频率偏差值调查系统,并探索结果。

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