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New optimization criterion for load frequency control of power system

机译:电力系统负载频率控制的新优化标准

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The new optimization criterion has been proposed for the tuning of controller gains of load frequency control (LFC) of interconnected hydro-thermal power system. Dynamic performance of LFC system relies upon the optimization criteria used to find the values of optimum controller gain settings. This paper presents new optimization criterion for controller gains and its dynamic performance has been compared to the existing optimization criterion. The generation rate constraints (GRCs) of 3% per minute for thermal power system and 360% per minute to increase and 270% per minute to lower down the generation level of hydro power system have been considered. The dynamic responses have been obtained for 1% load disturbance in thermal area system. As linear model of LFC system is considered therefore such a small disturbance will be sufficient to draw the inferences.
机译:已经提出了新的优化标准,用于调整互联水热电力系统的负载频率控制(LFC)的控制器收益。 LFC系统的动态性能依赖于用于查找最佳控制器增益设置的值的优化标准。本文介绍了控制器增益的新优化标准,并将其动态性能与现有的优化标准进行了比较。对于热电系统的产生率约束(GRC)为每分钟3%,每分钟360%增加,每分钟增加270%,以降低水电系统的发电水平。在热区域系统中获得了1%负载扰动的动态响应。因此,作为LFC系统的线性模型被认为是这种小的干扰就足以吸引推断。

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