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Power Quality Improvement of Household Devices Using a Multilevel-THSeAF & Hybrid Converter

S. K. Daryabi, B. Karteek, Y. Vivek, P. Sai Eshwar, P. Manohar

Abstract


The aim of this project is to enhance the power quality of a modern single-phase residential household, considering the increasing use of electronic polluting loads and renewable sources. To accomplish this, another staggered transformer less cross breed series dynamic channel geography is proposed, which consolidates a compensator with energy capacity ability to guarantee a maintainable stock. The proposed topology uses a proportional resonant (P+R) regulator in the controller to prevent current harmonic distortions from flowing into the utility. One of the significant features of this topology is its ability to correct the power factor, clean the grid, and protect consumers from voltage disturbances, sags, and swells during a grid perturbation. The project investigates various aspects of harmonic compensation and assesses the impact of the controller's choice and time delay during a real-time implementation. Finally, the results of the proposed topology will be verified using MATLAB/SIMULINK environment.


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References


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