基于Newton Raphson方法的GUI电力系统潮流分析工具的开发

H. Mohamad, Z. Zakaria, Muhamad Zulfakri Bin Mazlan
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引用次数: 8

摘要

潮流计算对电力系统运行、经济调度和规划具有重要意义。本文介绍了一种基于牛顿拉弗森法的电力系统潮流分析工具的开发,并利用友好的图形用户界面(GUI)编写了Matlab程序。该工具为用户提供了一个简单的界面来执行负载流分析。它还可以让用户查看每次迭代的潮流结果,从而方便特别是电气专业的本科生验证他们手工计算的潮流解。通过点击,学生将很容易得到所需的解决方案。通过求解包括IEEE总线系统在内的多个测试系统的负载流,对负载流工具进行了评价。因此,这些工具是专门为2、3和14总线系统设计的。结果表明,通过Power World Simulator和VBA Excel中的手动计算和负载流解,成功验证了GUI中显示的Newton Raphson负载流各需要计算步骤的所有答案/解。因此,该工具可以帮助学生和讲师学习和验证他们的手动计算,同时减少他们的计算时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of GUI Power System Load Flow Analysis tool based on Newton Raphson method
Power flow calculation is very important for power system operation, economic scheduling and planning. This paper presents a development of Power System Load Flow Analysis tool based on the Newton Raphson method by using a User Friendly Graphical User Interface (GUI) Matlab Program. This tool introduces a simple interface for the user to perform load flow analysis. It is also designed for a user to view power flow results for each iteration and thus will facilitate especially undergraduate electrical students to verify their manual calculation of load flow solution. By just point and click, the students will easily get the required solution. The load flow tool is evaluated by solving the load flow of several test systems including IEEE bus system. For such reason, the tools is designed specifically for 2, 3 and 14 buses systems. The result shows that all the answers/solutions displayed in GUI for every required calculation steps for Newton Raphson load flow are successfully verified with the manual calculation and load flow solution in Power World Simulator and VBA Excel. Thus, this tool helps student and lecturer to learn and verify their manual calculation and at the same time reduce their calculation time.
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