Fast power system computation using multiprocessor

I. Hassan, M.M. Ahmed, S. Mohd
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Abstract

The system being developed is a power system module that will calculate load flow processes and outputting results for better understanding of the grid being analyzed. A dedicated multiprocessors system is developed to suit the purpose. The multiprocessors will utilize low-cost and readily available processors. At the moment, there are only three (3), computers will be connected as a multiprocessors system. Beowulf Linux clustering is implemented to create a 'supercomputer' like environment of the multiprocessor system. Through Linux stable operating system environment, the program would simulate the network using Newton-Raphson iterations to produce results. Fast solutions are enabled using parallel programming and load balancing technique among the multiprocessors system. User-friendly interface is created for easy access and easy interaction with the program and data input. Any trained personnel can monitor the system using the wide 21" screen that will also display the status of other processors currently working.
基于多处理器的电力系统快速计算
正在开发的系统是一个电力系统模块,它将计算负载流过程和输出结果,以便更好地理解所分析的电网。为此,开发了专用的多处理器系统。多处理器将利用低成本和现成的处理器。目前,只有三(3)台计算机将被连接成一个多处理器系统。Beowulf Linux集群是为了创建一个类似“超级计算机”的多处理器系统环境而实现的。在Linux稳定的操作系统环境下,程序将利用Newton-Raphson迭代模拟网络产生结果。在多处理器系统中使用并行编程和负载平衡技术实现快速解决方案。用户友好的界面创建方便访问和方便的交互与程序和数据输入。任何受过训练的人员都可以使用21英寸宽的屏幕来监控系统,该屏幕还将显示当前正在工作的其他处理器的状态。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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