Optimal Reactive Power Optimization by Ant Colony Search Algorithm

Ibrahim Oumarou, Daozhuo Jiang, Cao Yijia
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引用次数: 5

Abstract

The paper presents an Ant Colony Search Algorithm(ACSA) for Optimal Reactive Power Optimization and voltage control of power systems. ACSA is a new co-operative agents’ approach, which is inspired by the observation of the behavior of real ant colonies on the topic of ant trial formation and foraging methods. Hence, in the ACSA a set of co-operative agents called “Ants” co-operates to find better solution for Reactive Power Optimization problem. To analyze the efficiency and effectiveness of this search algorithms,the proposed methods is applied to the IEEE 30, 57, 191(practical) test bus system and the results are compared to those of conventional mathematical methods, Genetic Algorithm and Adaptive Genetic Algorithm.
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基于蚁群搜索算法的最优无功优化
提出了一种用于电力系统无功优化和电压控制的蚁群搜索算法。ACSA是一种新的合作智能体方法,它的灵感来自于对真实蚁群行为的观察,研究蚁群的组队和觅食方法。因此,在ACSA中,一组被称为“蚂蚁”的合作智能体相互合作,以寻找更好的无功优化问题的解决方案。为了分析该搜索算法的效率和有效性,将该方法应用于IEEE 30,57,191(实际)测试总线系统,并与传统数学方法、遗传算法和自适应遗传算法的搜索结果进行了比较。
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