Özet:

Synchronous machines are stator circuit equal to rotor circuit and alternate current in stator circuits, and rotor circuits with the right current and rotor speed with the synchronous circuit or rotating. The main electrical machine that turns mechanical energy into electrical energy is the synchronous machine that turns electrical energy into mechanical energy, while the synchronous machine that turns electrical energy into mechanical energy is the synchronous engine that turns into electrical energy. According to the mechanical energy source, synchronous machines can be operated in high or low currents in steam turbines, and in these currents the study of the machine's work characteristics in empty and variable load conditions is important for system planning. In the extract of these characteristics, using the final element analysis method, multi-machine parameters can be dynamically evaluated and the behavior of synchronous machines can be studied. Three phase synchronous machine, which has been scaled by this study, has been shown separately in variable load conditions, the values such as voltage, phase currents and phase currents, the amount of rotation, and the electrical angle change. When considering the production that will feed a electric network that needs variable loads for the reviewed machine, it can be said that the machine analysis results can be used as an important planning element in the energy production planning.

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