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Automatic Generation Control of an interconnected multi-area reheat thermal power systems with conventional proportional-integral controller considering various performance indices

机译:考虑各种性能指标的常规比例积分控制器,对互连的多区域再热火电系统进行自动发电控制

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This paper presents the analysis of Automatic Generation Control (AGC)/Load Frequency Control (LFC) of conventional three area interconnected thermal power systems. The current study considered suitable Generation Rate Constraints (GRC), reheat and non-reheat turbine. Optimum gain settings of the conventional controllers are obtained, both in the constraints and non-constraints modes using with three different performance indices. Dynamic performance of the system is analyzed considering one percent of step load disturbance is in either area of the system. Furthermore, time domain specification analysis is used for the system performance evaluation. The analysis established that Integral Time Absolute Error (ITAE) based conventional controllers yield better controlled response and good dynamic performance compared to other indices.
机译:本文介绍了传统的三区域互联火电系统的自动发电控制(AGC)/负载频率控制(LFC)的分析。当前的研究考虑了合适的发电率约束(GRC),再热和不再热汽轮机。使用三种不同的性能指标,可以在约束和非约束模式下获得常规控制器的最佳增益设置。考虑系统中任一区域的阶跃负载扰动的百分之一,分析系统的动态性能。此外,时域规范分析用于系统性能评估。分析表明,与其他指标相比,基于积分绝对时间误差(ITAE)的常规控制器可产生更好的受控响应和良好的动态性能。

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