Optimized Strategy for Enhancing DC-Microgrid's Performance using Local Unimodal Sampling (LUS) optimization algorithm

A. Hady, M. Mokhtar, M. Attia, Mariam A. Sameh
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Abstract

Due to its great benefits, the implementation of DC Microgrids has been increasing over the past few years. This led to attracting the researchers to improve its control to maximize its performance as possible. Droop resistance control is one of the most used control approaches. In this paper, Local Unimodal Sampling (LUS) optimization is used to optimize the values of droop resistance to ensure the best current sharing. Also, optimization is carried out to optimize the gains of fractional order PID controller of the droop controller which grantee ideal current sharing and minimized voltage deviation.
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基于局部单峰采样(LUS)优化算法的直流微电网性能优化策略
由于其巨大的效益,直流微电网的实施在过去几年中一直在增加。这就吸引了研究人员来改进它的控制,以尽可能地最大化它的性能。下垂阻力控制是最常用的控制方法之一。本文采用局部单峰采样(LUS)优化来优化下垂电阻的取值,以保证最佳的电流共享。同时,对分数阶PID控制器的增益进行了优化,以达到理想的电流共享和最小的电压偏差。
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