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Haris M. Khalid
Haris M. Khalid is currently an Assistant Professor with the College of Engineering and Information Technology, University of Dubai, Academic City, Dubai, UAE, since 2023. He is also a Visiting Senior Researcher with University of Johannesburg, South Africa. He was an Energy Specialist Consultant to UAE Space Agency and Nano-Racks for “Tests in Orbits” themed projects to space.
He has authored/co-authored more than 90 peer-reviewed Research Publications and one Textbook. He has won research grants of 1.7+ million USD towards research, development, and start-up company ventures. His research interests include power systems, cyber-attacks, renewable energy integration, energy storage systems, electric vehicles, transportation electrification, signal processing, machine learning and AI, IoT, fault diagnostics, and condition monitoring.
Dr. Khalid is the Associate and Topic Editor of Frontiers in Energy Research | Smart Grid. He is also the Guest Editor of Special Issues with Sustainable Energy Research, Sustainable Energy Technologies and Assessments, International Journal of Neural Systems. He is also the reviewer of several journals of publishers like IEEE, IET, El Sevier, Wiley, Springer, and MDPI. He is also on the technical committee of Lidsen publishing, NEOM, IEEE ISGT, ASET, and ICITM. He is a Senior Member of IEEE and a Fellow of Advance HE UK.
He has authored/co-authored more than 90 peer-reviewed Research Publications and one Textbook. He has won research grants of 1.7+ million USD towards research, development, and start-up company ventures. His research interests include power systems, cyber-attacks, renewable energy integration, energy storage systems, electric vehicles, transportation electrification, signal processing, machine learning and AI, IoT, fault diagnostics, and condition monitoring.
Dr. Khalid is the Associate and Topic Editor of Frontiers in Energy Research | Smart Grid. He is also the Guest Editor of Special Issues with Sustainable Energy Research, Sustainable Energy Technologies and Assessments, International Journal of Neural Systems. He is also the reviewer of several journals of publishers like IEEE, IET, El Sevier, Wiley, Springer, and MDPI. He is also on the technical committee of Lidsen publishing, NEOM, IEEE ISGT, ASET, and ICITM. He is a Senior Member of IEEE and a Fellow of Advance HE UK.
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could hamper the performance and efficiency of the system. One of these dependent factors is the accumulation of dust particles and its aggregation which could significantly influence the effect of PV systems. The dust can accumulate in its various forms of soiling by fusing with other environmental variations like rain, storm, and humidity. To resolve these challenges which could impact the energy yield of PV systems, the impact of dust as well as effective cleaning mechanisms are required to be studied to restore the performance and power generation output. In this article, an integrated survey of 1) possible factors of dust accumulation, 2) dust impact analysis, 3) mathematical model of dust accumulated PV panels, and 4) proposed cleaning mechanisms discussed in the literature, and 5) a possible sustainable solution for PV systems to survive in this dust accumulated environment are presented. This
study also represents handy information to readers, engineers, and practitioners on the development phase of various technologies involved in minimizing the impact of dust accumulation by its removal, adequate cleaning, and restoration. It also addresses the future possible challenges of these cleaning mechanisms. A comprehensive list of publications to date in the open literature is thereby compiled to canvas a complete visual of the different developments in this area.
could hamper the performance and efficiency of the system. One of these dependent factors is the accumulation of dust particles and its aggregation which could significantly influence the effect of PV systems. The dust can accumulate in its various forms of soiling by fusing with other environmental variations like rain, storm, and humidity. To resolve these challenges which could impact the energy yield of PV systems, the impact of dust as well as effective cleaning mechanisms are required to be studied to restore the performance and power generation output. In this article, an integrated survey of 1) possible factors of dust accumulation, 2) dust impact analysis, 3) mathematical model of dust accumulated PV panels, and 4) proposed cleaning mechanisms discussed in the literature, and 5) a possible sustainable solution for PV systems to survive in this dust accumulated environment are presented. This
study also represents handy information to readers, engineers, and practitioners on the development phase of various technologies involved in minimizing the impact of dust accumulation by its removal, adequate cleaning, and restoration. It also addresses the future possible challenges of these cleaning mechanisms. A comprehensive list of publications to date in the open literature is thereby compiled to canvas a complete visual of the different developments in this area.