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The PEM Fuel cell are deliberated as one of the almost favourable devices for isolated/grid connected distributed generations (DGs) due to its cleanliness, modularity and higher potential capability. This paper presents the modeling and simulation for 1.2 kW PEM Fuel Cell Power Generation of Isolated Load conditions. The proposed scheme consists of a Fuel rate selector, Fuel rate regulator, Fuel cell...
This paper discusses a new and simple method for voltage regulation of isolated Six-Phase Self-Excited Induction Generator (SPSEIG) fed VSI driven by wind turbine under unbalanced and non-linear loading conditions. The proposed scheme consists of a wind turbine, SPSEIG, Rectifier and IGBT based voltage source inverter, which keeps the generated voltage constant despite the change in the connected...
This paper describes the Matlab/Simulink model of Multi-Phase Synchronous Generator and the exploration of PID controlled synchronous generator coupled to a wind turbine for Stand-alone renewable energy generation. It has portrayed that the synchronous generator is well suited to supply two independent three phase loads. While the interaction between the two windings is inevitable and variation of...
This paper analyzes the performance of Buck Boost DC to DC converter under different dynamic load conditions with the different randomization firing schemes. The DC to DC converter is designed to produce a constant output voltage irrespective of the change in load conditions as well as the change in input voltage. The closed loop controller for the converter is designed using dsPIC controller.
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