TIE LINE POWER CONTROL USING GENETIC ALGORITHMBASED LOAD FREQUENCY CONTROL CONTROLLERFOR ATHREE AREA INTERCONNECTED SYSTEM

V. Ramudu, B. Umre, G. Sruthi
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Abstract

For stable operation of an interconnected power system Frequency the important parameter whose change should not vary largely. The control of both active power and frequency in a system is called as Load frequency control. If the frequency of the system is constant then the operation of power system is stable. But as the load changes on the system the frequency of the system changes. Hence we need to reduce these changes in frequency for ensuring the stability of the concerned system. There are various other conventional methods of tuning the controller for reducing the frequency changes but by using GENETIC ALGORITHM based tuning the frequency changes are reduced and the concerned system is brought into a stable mode in a less time when compared to the time taken in conventional methods
基于遗传算法的负荷变频控制器对三区互联系统的线路功率控制
频率是电网稳定运行的重要参数,其变化不宜太大。对系统中有功功率和频率的控制称为负荷频率控制。如果系统的频率是恒定的,那么电力系统的运行是稳定的。但是随着系统负载的变化系统的频率也在变化。因此,我们需要减少这些频率的变化,以确保有关系统的稳定性。还有各种其他常规方法来调整控制器以减少频率变化,但通过使用基于遗传算法的调整,频率变化被减少,并且与传统方法所花费的时间相比,有关系统在更短的时间内进入稳定模式
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