Advanced Power Electronics Converter for Hybrid Power Systems


  • R. Jaiganesh K.Ramakrishnan College of Technology
  • M. Vishnupriya Saveetha School of Engineering
  • Loveneesh Talwar Yogananda College of Engineering and Technology
  • M. D. Udayakumar K. Ramakrishnan College of Technology
  • A. Anton Amala Praveen K.Ramakrishnan College of Technology


Full Bridge Converter, Solar Energy, Buck-Boost Converter, TPC, AC-DC converter


This paper deals with the modified form full-bridge power electronics converter for a hybrid power system. In the present situation, many converter topologies are available for improving the input voltage. The main problem of all converter is having switching stress and difficulty to use for the hybrid system. This article deals with the overcoming of the above problem using an advanced power electronics converter. Asymmetrical pulse width modulation is used to power the proposed converter. Both control switches in the proposed converter operate at zero voltage. The output diodes can also be switched at zero current. The voltages around the semiconductor devices are essentially clamped by the projected converter, which can give high voltage gain. This  Suggested converter is put into a steady-state review. The theoretical converter is prototyped in the lab, and the findings of the experiments are provided for confirmation.


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How to Cite

R. Jaiganesh, M. Vishnupriya, Loveneesh Talwar, M. D. Udayakumar, & A. Anton Amala Praveen. (2021). Advanced Power Electronics Converter for Hybrid Power Systems. International Transaction on Power and Energy Systems, 1(2), 8-14. Retrieved from