Ahmed Elkholy

Ahmed Elkholy

Driven electrical engineer and an experienced Assistant Lecturer at Tanta University with a passion for education and electrical engineering. M.Sc. in power systems and am currently pursuing my Ph.D. on MPEI. I am skilled in AutoCAD, Negotiation, English, Management, and Electrical Engineering, as well as programming languages such as SQL and Python. I aim to advance technologies and inspire future innovators through hands-on teaching and enthusiastic research collaborations.

ISLANDING SCENARIOS FOR HIGH RELIABLE OPERATION OF DISTRIBUTION NETWORKS

Published in Zenodo, 2020

Recommended citation: Elkholy, Ahmed M.; Azmy, Ahmed M.; El-Ghany, Hossam A. Abd. (2020). "ISLANDING SCENARIOS FOR HIGH RELIABLE OPERATION OF DISTRIBUTION NETWORKS." Zenodo. https://zenodo.org/record/5816968

This paper introduces a methodology for performing intentional islanding with maximum possible benefits for distribution systems. The methodology is based on an advanced load shedding algorithm to achieve load generation balance and apply a control strategy to ensure a smooth transition from normal mode to island mode with high load power quality. The analysis is performed for a case study with optimal DG locations and sizes using NEPLAN software for dynamics and small signal stability investigations.

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Recommended citation: Elkholy, Ahmed M.; Azmy, Ahmed M.; El-Ghany, Hossam A. Abd. (2020). “ISLANDING SCENARIOS FOR HIGH RELIABLE OPERATION OF DISTRIBUTION NETWORKS.” Zenodo.