Torrit: A GUI-Based Power System Simulation Platform
This addresses the need for accessible educational tools in power systems for academia and industry, but it is incremental as it builds on existing simulation concepts with a new interface.
The paper introduces Torrit, a GUI-based power system simulation platform written in Python, which provides a free and flexible tool for executing operations like per unit computations, power flow, and state estimation in transmission systems, though it is currently in a rudimentary beta version.
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.