Future University In Egypt (FUE)

Staff Research

Paper Title :
Author : Naser Mohammed Bayoumy AbdelRahim
CoAuthors : E. A. Ebrahim, N. A. Maged
Source : Journal of Electrical Engineering (JEE), ISSN 1582-4594
Date of Publication : 02/2018
Abstract : A DC nano-grid is typically designed as a reliable system that can supply power from the distributed renewable energy sources to the local loads. Traditional nano-grid employs two-stage ac-dc power converter/inverter sets to feed both ac and dc loads respectively. But, modified nano-grid utilizes only one single-stage converter. This system is based on a power-electronic single-input multi-output converter which interfaces the source with the average load demands. This paper deals with a switched boost inverter (SBI) applicable for solar photovoltaic system (PV) as its renewable energy source. SBI is a single-stage power converter that can supply both dc and ac loads simultaneously from a single dc input voltage source. The SBI can also produce an ac output voltage either greater or lower than its dc input voltage. This converter exhibits better Electro Magnetic Interference (EMI) noise immunity as compared to the two stage-power converter. Also, this converter operation allows shoot-through of the inverter legs without damage to its IGBT-switches. So, this paper discusses the advantages, structure, steady-state analysis, and PWM control technique for the SBI especially, when produces a high-rating dc-output voltage from a very-low input-voltage of a PV-solar array to establish its verification. Matlab/Simulink-based simulation is performed for several cases of operations-with PV-mathematical model-to test the robustness of this converter against the supply fluctuations. Also, the harmonic spectrum analysis for the load current is also computed and plotted for a 5-Kw proposed nanogrid.
Download PDF
BACK
  • Research Centers

    With the growing emphasis on collaborative and interdisciplinary science, Research Centers have become indispensable to highly ranked universities. They gain their importance from the outstanding role they play in enhancing the academic activities, in general, and post graduate reputation and scientific ranking in particular. Realizing this fact, Future University in Egypt (FUE) have decided and allocated sufficient funds and infrastructure to establish FUE Research Center (FUERC) having the following vision, mission, and goals

    read more
  • Continuing Education

    Future University in Egypt’s Department of Continuing Education (DCE) is dedicated to bridging the gap between the capabilities

    read more
  • FUE Pharmaceutical Factory

    The Future Factory for Industrial Training’s (FFIT) aim is to be recognized for its unique training facility as well as its advanced techniques. As a result, we established a training pharmaceutical plant, that provides an actual simulation of an industrial atmosphere with the processes and procedures that take place in the manufacturing world.

    read more
  • FUE Dental Hospital

    FUE has maintained a highly reputable dental faculty over the years, therefore the development of the Dental Hospital is a step towards the FUE goal of providing the best dental academic programs

    read more
Community service unit at Faculty of Pharmaceutical Sciences and Pharmaceutical Industries, launches Q&A about Covid-19.

Community service unit at Faculty of Pharmaceutical Sciences and Pharmaceutical Industries, launches Q&A about Covid-19.

COVID-19 Awareness
FUEscientificJournals

VISIT FUE

Take a step to<br>Future<br>For a better future

Address

End of 90th St., Fifth Settlement,
New Cairo, Egypt

Hotline

Inside Egypt: 16383 (16FUE)

Outside Egypt: +20216383, +2026186100

Copyright © 2023 [Future University in Egypt]. All rights reserved.