In the electricity market, competition has significantly intensified over the past few years, adapting to various changes and situations that have led to complications. One of the foremost tasks for electricity producers is undoubtedly the proper loading of generators with minimal production costs given the anticipated electricity consumption. Within the scope of this dissertation, certain economic parameters of the electricity market and the fundamentals of economic dispatch of thermal power plants are elucidated. To underpin the theoretical aspect of the study, the Antares-Simulator tool has been employed. The dissertation outlines, in a step-by-step manner, the process of constructing a model of an electro-energetic system using the aforementioned software. Special parameters influencing the course of simulation are also highlighted. The theoretical segment of the dissertation is fortified through the utilization of the software, where a model was formulated, pertinent parameters were defined, all of which are presented alongside simulation results and the findings of the analysis.
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