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Two-area AGC in interconnected system under the restructured power system using BFO controller

机译:使用BFO控制器的重组电力系统下互联系统中的两区域AGC

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This paper presents the bacterial foraging(BF) optimization control technique for designing the integral controller gain, which is applied to AGC in interconnected multi-area system under the deregulated environment (considering all practical aspects) to control the tie line power and frequency of the interconnected system. Each area's comprises of one hydro and one thermal generating station. Further each area has two GENCO's and two DISCO's which have bilateral contract with each other. Three different cases of disturbances in the system are considered and controllers gain are optimized using BFO. The optimized gain is used in the system to improve its performance. MATLAB-SIMULINK is used to study the performance of the system.
机译:本文提出了一种用于设计积分控制器增益的细菌觅食(BF)优化控制技术,该技术应用于互联多区域系统中的AGC,在不受管制的环境下(考虑到所有实际方面)控制联络线的功率和频率。统。每个区域包括一个水力发电站和一个热力发电站。此外,每个区域都有两个GENCO和两个DISCO,它们彼此具有双边合同。考虑了系统中三种不同的干扰情况,并使用BFO优化了控制器增益。优化的增益用于系统中以改善其性能。 MATLAB-SIMULINK用于研究系统的性能。

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