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Distribution network power loss by using Artificial Bee Colony

机译:使用人工蜂群的配电网功率损耗

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Distributed Generation (DG) offers many benefits to the distribution networks for instance increase reliability, power losses reduction and voltage improvement. Nevertheless, one of the issues still faced by the utilities is uncertainty to determine optimal output power and location of DG. Improper coordination of the DG can deteriorate the distribution performance. Therefore, many researchers have suggested various tools to compute optimally the DG coordination. Usually, calculation of location and size of the DG are determined separately, which means different method is applied for sizing and location. Thus, it may result the solution trap in local optimum. This manuscript provides a solution to the output power and location of multiple DG sources by using modified Artificial Bee Colony. Furthermore, in the analysis, several case studies with different load profile are presented. The solution is simulated by using MATLAB programming and tested on 33-bus distribution system.
机译:分布式发电(DG)为配电网络提供了许多好处,例如提高了可靠性,降低了功率损耗并改善了电压。尽管如此,公用事业公司仍然面临的问题之一是确定最佳输出功率和DG位置的不确定性。 DG的协调不当会降低分配性能。因此,许多研究人员提出了各种工具来优化DG协调性。通常,DG的位置和大小的计算是分别确定的,这意味着对大小和位置采用不同的方法。因此,这可能导致溶液陷阱处于局部最优状态。该手稿通过使用改良的人工蜂群,为多种DG源的输出功率和位置提供了解决方案。此外,在分析中,提出了几种具有不同负载曲线的案例研究。该解决方案通过使用MATLAB编程进行仿真,并在33总线配电系统上进行了测试。

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