论文标题
洪流：基于GUI的电源系统仿真平台
Torrit: A GUI-Based Power System Simulation Platform
论文作者
论文摘要
对电力系统操作和控制的足够教育需要基于图形用户界面（GUI）软件的动手体验。目前，大多数商业软件都没有具有较高灵活性的免费版本，并且大多数免费软件都没有良好的界面。本文介绍了一个基于GUI的应用程序，称为“ Torrit”，用于执行电源系统的操作，尤其是对于传输系统。它是用Python编写的，因为它的快速发展能力。托里特（Torrit）的主窗口包括一个带有一些标准图形交互的单个画布，例如创建，删除，复制，移动，双击。此应用程序的beta版本是本文的焦点，该版本允许以三种不同的方式执行，保存和重新开放一个项目：每个单元计算，电源流，电源流量，状态估计和状态估算。但是，它仍处于基本阶段，并计划将来为了满足学术界和行业的需求。
An adequate education on power system operations and controls requires a hands-on experience on a graphical user interface (GUI) based software. At present, most commercial software do not have free editions with high flexibility and most freeware do not have good interfaces. This paper introduces a GUI-based application called "Torrit" for executing operations of power systems, especially for transmission systems. It is written in Python for it's rapid development ability. Torrit's main window includes a single canvas with some standard graphical interactions like create, delete, copy, move, double click etc. The beta version of this application is the focus of this paper that allows executing, saving and re-opening a project in three different modes: per unit computations, power flow, and state estimation. However, it is still in a rudimentary stage and many extensions are planned for future to match the needs of both academia and industry.
