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Simulace fotovoltaické elektrárny v rodinném domě
Gabrys, Adam ; Zachariáš, Michal (referee) ; Szőke, Igor (advisor)
This work deals with the simulation of a photovoltaic power plant system for a single-family house with subsequent optimization with respect to the return on investment. It emphasizes the visualization of the results and the possibility to include custom photovoltaic assemblies including inverter, photovoltaic panels and battery. The tool works with a three-phase system, where it is able to analyse the consumption of each phase and perform simulations with the power delivered from the solar panels. The optimization of the different components of the power plant is performed using a genetic algorithm. The simulation is implemented in Python based on object-oriented programming principles in order to allow the addition of new modules.

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