Title :
PowerGraf: an educational software package for power systems analysis and design
Author :
Yang, Jian ; Anderson, Max D.
Author_Institution :
Missouri Univ., Rolla, MO, USA
fDate :
11/1/1998 12:00:00 AM
Abstract :
The purpose of PowerGraf is to present a graphical user interface (GUI) and a convenient tool for building one-line diagrams displaying data. The GUI is open and friendly for power systems design, analysis and control, because a picture provides a better illustration of cause and effect relationships than a tabular printout does. Basic elements such as buses, lines and transformers are given such that the power system topology is easily drawn with this tool, and the system parameters are entered on the picture and checked visually. This enables the power system topology and the system data to be shown on one picture page. Advantages of these graphics are that users can view overloads, low voltage problems, and outages on overall (total) system. In addition, it is possible to see the impact of contingencies on the system. To date, PowerGraf 3.0 together with an instructional demo has been used to teach power systems courses in the Electrical Engineering Department at the University of Missouri-Rolla (UM-Rolla). It is also available on the Computer Learning Center network to help students design their own optimal power systems
Keywords :
computer aided instruction; educational courses; graphical user interfaces; power engineering education; power system analysis computing; software packages; Computer Learning Center network; Electrical Engineering Department; PowerGraf; University of Missouri-Rolla; buses; cause and effect relationships; educational software package; graphical user interface; lines; one-line diagrams; optimal power systems design; power system topology; power systems analysis; power systems control; power systems courses; power systems design; tabular printout; transformers; Buildings; Cause effect analysis; Control system analysis; Control systems; Graphical user interfaces; Power system analysis computing; Power system control; Power systems; Software packages; Topology;
Journal_Title :
Power Systems, IEEE Transactions on