The developed DC-bus module system is a highly integrated, high-performance solution for medium & low voltage DC distribution applications. It is designed for applications requiring a single bus...

In this project, the design and implementation of a digital signal controller (DSC) is presented. This DSC was used for high frequency-based grid-tie inverter connected to wind emulator system. The...

In this project, a performance analysis of a dc-bus voltage control for hybrid parallel-connected sustainable energy conversion system is presented. The hybrid system is the combination of fuel cell...

In hybrid sustainable energy conversion systems, multi-input boost converters (MIBC) became widely used to enhance the stability and reliability. However, conventional boost converters have...

Abstract: This study presents a performance analysis of a highly integrated dc-bus system module that: Introduces a solution for medium & low voltage DC distribution applications. It is designed...

Introduction: Applying DC distribution in shipboard power systems has acquired the attention of the U.S Navy as an alternative to conventional AC systems. The vast increase of load demand and the...

In this area of research, some of the aspects related to the connectivity of DC microgrids to the main grid are investigated. A prototype system has been designed and implemented to address these...

Accurate and fast detection for phase angle of the generated voltage is important in parallel grid- connected wind energy conversion systems (WECSs) utilizing converter-inverter unites. Software...

This project presents improvement technique for the power quality of the electrical part of a wind generation system with a self-excited induction generator (SEIG) which aims to optimize the...