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Optimal reactive power planning in harmonic distorted power system using genetic algorithm

机译:基于遗传算法的谐波畸变电力系统最优无功规划

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A continuous growth in nonlinear loads may cause an increment in harmonic distortion and some other important problems in power systems so considering power quality effects in optimal reactive power planning has become more crucial than before. In this paper, optimal reactive power planning based on voltage profile deviation and voltage THD decrement is studied. The planning problem is studied using reactive power injection in each bus bar and genetic algorithm is also used for solving optimization problem. Obtained results for 5-bus and 30-bus IEEE standard networks are also presented.
机译:非线性负载的持续增长可能会导致谐波失真增加以及电力系统中的其他一些重要问题,因此,在最佳无功功率规划中考虑电能质量影响变得比以往更加重要。本文研究了基于电压曲线偏差和THD减量的最优无功规划。通过在每个母线中注入无功功率来研究规划问题,并且还使用遗传算法来解决优化问题。还介绍了5总线和30总线IEEE标准网络的获得结果。

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