Energy Systems Research Laboratory

Design and Implementation of a DC-Bus Module System (0-1000V) for Hybrid Sustainable Energy Conversion Systems

by Website Admin | Aug 29, 2012 | Electric Drives and Power Electronics, Research

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 solution to control up to twelve DC-sources sharing same DC-bus and...

Design and Implementation of a Digital Signal Controller for High Frequency Grid-Tie Inverter for Sustainable Energy Systems

by Website Admin | Aug 29, 2012 | Electric Drives and Power Electronics, Research

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 developed DSC was designed, fabricated, and tested in our laboratory....

DC-Bus Voltage Control for Hybrid 4-Port High Frequency Parallel-Connected Sustainable Energy Conversion System

by Website Admin | Aug 29, 2012 | Electric Drives and Power Electronics, Research

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 (FC), wind turbine, and battery storage via a common dc-bus. These...

DC-bus Voltage Regulation for Parallel Operation of Wind Farm Synchronous Generators

by Website Admin | Aug 29, 2012 | Electric Drives and Power Electronics, Featured Stories, Research

Parallel connection of multi-renewable energy systems is one useful method for solving the high power requirements. These systems could be a combination of different energy sources (e.g. wind, photovoltaic, etc), or a single type of source, like in wind farms. Our...

A Novel High Frequency Multi-Port Power Converter for Hybrid Sustainable Energy Conversion Systems

by Website Admin | Aug 29, 2012 | Electric Drives and Power Electronics, Research

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 difficulties of low efficiency, implementation size and cost Aim: To improve...

Design and Implementation of DC-Bus System Module for Parallel Integrated Sustainable Energy Conversion Systems

by Website Admin | Aug 29, 2012 | Electric Drives and Power Electronics, Research

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 for applications requiring a single bus solution to control up to...