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In this article, a 5-level Static Synchronous Compensator (STATCOM) simulation study was conducted for a hibrid renewable energy system consisting of Solar Panels (SP) and Fuel Cells (FC). A hydrogenpowered PEM fuel cell is installed to prevent loads from being de-energized when SP cannot generate power due to ambient conditions such as inadequate sunlight and day-night conditions. To do this, one regulator is used to provide a transition between the two systems. This system deactivates the other generator while the appropriate generator is activated according to the ambient conditions. The installed system eliminates the reactive power on the loads and at the same time keeps the voltage on the load at 380V and 50Hz. Reactive power flow loaded from the grid is reseted by STATCOM. The structure of STATCOM has an inverter consisting of 5 levels of H bridge 24 IGBTs. These IGBTs are controlled by Fuzzy Logic Controllers (FLC) and switching signals are generated. Simulation work was performed in MATLAB / Simulink environment with sub blocks.

Güneş Paneli ve Yakıt Pili Karma Temiz Enerji Sisteminde Beş Seviyeli BMD’li STATCOM