The master's thesis covers the topic of dynamics of the power system, from the modeling
individual elements of the system point of view. In the first part of this thesis, the topic is
theoretically presented/evaluated. Furthermore, we described the process of creating a
dynamic model of the Slovenian power system, as well as the PowerFactory software
tool, in which the model was made. The accuracy of the model was then evaluated by
comparing the simulation results with measurements. We were limited in reproducing the
pre-fault situation, as model of other countries did not allow us to adjust their production
and consumption. The latter was also identified as the main weakness of the model. In
the last part, we also performed the analysis of system’s oscillations using our model. We
have identified some inter-area modes that involved generators within the entire
continental power system of Europe and some local modes within the Slovenian power
system.
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