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Reactive power optimization using Genetic Algorithm

机译:使用遗传算法的无功功率优化

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Reactive power optimization has an important role to play in operation of power system. Optimum scheduling of reactive power reduces system losses. In this paper reactive power optimization function is taken with the objective to minimize active power losses in transmission network. This objective function is subjected to power system inequality constraints and equality constraints of active and reactive power balance. Genetic Algorithms are very popular in complex optimization problem solving. Because of their fitness for parallel computing, ease of implementation and universality. In this paper reactive power optimization is done on IEEE-14 & IEEE 30-bus bus test system, for this a MATLAB program is developed based on Binary type of Genetic Algorithm
机译:无功功率优化在电力系统运行中具有重要作用。无功功率的最佳调度降低了系统损耗。在本文中,无功功率优化功能采用目的是最大限度地减少传输网络中的有源功率损耗。这种目标函数受到电力系统不等式约束和主动和无功功率平衡的平等约束。遗传算法在复杂优化问题解决方面非常受欢迎。由于他们的健身,用于平行计算,易于实施和普遍性。在本文中,无功功率优化在IEEE-14和IEEE 30-Bus母线测试系统上完成,对于该Matlab程序是基于二元类型的遗传算法开发的

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