This article got published in the Top 1% Journal of Elsevier – Applied Energy (Best Quartile: Q1, Impact Factor: 11.46, h-index: 292).
This quality work is an outcome of Masters Thesis of Mohamed Jaffer MS(EE), BE(EE) at Rochester Institute of Technology, Dubai (RIT Dubai).
It talks about the possible 1) impacts, 2) challenges, 3) prospects, and 4) avenues for research in microgrid protection strategy. It also provides a detailed review of 1) conventional methods, 2) intelligent methods, and 3) adaptive protection methods for microgrid protection. 📈 ♻ 🔎🏭
hashtag#HIGHLIGHTS
• Large scale integration – A concern towards microgrid protection strategy.
• Fault current capacity variation – Various factors involved in grid-connected operations.
• A voltage total harmonic distortion (V-THD)-based communication-free adaptive protection strategy.
• Settings shifted among various operation conditions.
• Current and voltage parameters utilized to detect the fault conditions.
• Performance evaluation showing 50% decrease in fault detection time.
Your kind comments and potential venue for collaboration will be very much appreciated.
The article can be directly accessed at:
https://lnkd.in/d9Htp8iT
A special thanks to our Vice President for Academic Affairs, Prof. Hussain Al-Ahmad, FIET,SMIEEE, C.Eng., Executive Dean of CEIT, Prof. Wathiq Mansoor, and Director of Research, Dr. Husameldin Mukhtar for their full support and appreciation towards this research-driven professional development, collaboration, and outreach at University of Dubai.
Mohamed Jaffer MS(EE), BE(EE)
Abdulla Ismail
Haris M. Khalid
University of Dubai University of Johannesburg hashtag#UniversityofDubai hashtag#UniversityofJohannesberg hashtag#powersystems hashtag#smartgrid hashtag#microgrids hashtag#renewableenergy hashtag#sustainabledevelopmentgoals
