Optimization of DG Placement and Size Using PSO Based on GUI

Saidah, Muhamad Masrufun
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引用次数: 4

Abstract

The increasing demand for electricity at this time raises several problems to the power quality in the distribution network system. This is an opportunity to develop the power distribution network system. Distributed generation (DG) or small power plant spread over the distribution network level is one solution that could increase the power quality of the distribution system. Installation of distributed generation (DG) could increase the value of voltage, reduce power losses in the line, improve the reliability system, power quality, preventing drop voltages on the distribution network, maintain voltage level according to established standards and also as back up generation and voltage support especially at the summit load in the distribution network. So in accordance with the things described above it is designed a simulator determining the location and size of the optimally distributed generation (DG) by using Particle Swarm Optimization. In this simulator using the Graphical User Interface (GUI) system, so that in determining location, there’s an easy view to understanding and it’s expected to be used as non-technical considerations on the installation of distributed generation (DG).
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基于GUI的粒子群优化DG布局和尺寸
随着电力需求的不断增长,配电网系统的电能质量出现了一些问题。这是发展配电网系统的契机。分布式发电(DG)或小型发电厂分布在配电网层面是提高配电系统电能质量的一种解决方案。分布式发电(DG)的安装可以提高电压值,减少线路的功率损耗,提高系统的可靠性,提高电能质量,防止配电网的电压下降,保持既定标准的电压水平,也可以作为后备电源和电压支持,特别是在配电网高峰负荷时。针对上述问题,设计了一个用粒子群算法确定最优分布式发电位置和规模的仿真器。在此模拟器中使用图形用户界面(GUI)系统,以便在确定位置时,有一个易于理解的视图,并期望将其用作分布式发电(DG)安装的非技术考虑因素。
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