The aim is to give the student ability to use important software tools used in electric power system research, including tools for modelling, simulation and data analysis. Electric power systems are composed of thousands of components, from generators, transmission lines to end-user appliances. In order to study the system for operation and planning purposes, proper modelling and simulation of the system are essential. On the other hand, huge amount of data are generated in power system operation, from conventional voltage, current, and power measurements as well as from novel phasor measurements by PMU's. The data needs to be carefully analyzed for purposes of systems events analysis, design of new equipment and control strategy etc. To achieve these purposes, the following tools and software will be covered: - Software/tools for power system modelling and simulation: GIgSIlent Power Factory - Software/tools for power system data analysis: SAS
By the end of this course, the student should: - be familiar with the major software/tools used in power engineering research - their commands and grammars, properties, applications, and advantages and disadvantages - be able to independently carry out power system modelling, simulation and data analysis tasks using the software/tools introduced.
Kursusindhold:
The course will consist of lectures on software for power system simulation and data analysis. The overview, major commands and functions, applications of the software will be covered. Mini-projects for practicing the introduced software will be assigned to the students.
Bemærkninger:
The course requires that the student have a working account at the DTU Gbar system with access to the SAS software.
