Dr. Manzoor Ellahi is an Assistant Professor of Electrical Engineering and Program Leader for Postgraduate Studies (FET) at The Superior University, Lahore. He holds a PhD in Electrical Engineering with a specialization in metaheuristic algorithm development for optimal economic and environmental dispatch of renewable energy systems. With over 15 years of academic, research, and industry […]
➢“Design and Development of EV Charger Energized through Renewable Energy Sources”, Submitted to National Research Program for Universities (NRPU), Batch 2024-25 (HEC/R&D/RGA/NRPU/2025/100510).
➢“AI powered load and resource forecasting for environmental optimization through the incorporation of Renewable Energy Sources”, Submitted to Pakistan Science Foundation 2024-25, (CP-3-2025-2901-B4AO).
➢”Animal monitoring system via AI based top mounted camera to study anti-diabetic and anti-anxiety effect of Dopamine Agonists in animal model”, Funded by Pakistan Engineering Council (PEC) during cycle of (2023-24)and ICT-Ignite, 2023-24.
➢“Comparative Study and Simulative Analysis of Electric Vehicle Fleet Integration in AC Microgrids”, Funded by ICT-Ignite, 2023-24.
o “AI Driven Load Forecasting Optimization through Integration of Meta-Heuristic Techniques.” (In progress)
o “Robust Steganography Algorithms for Data Transmission.” (In progress)
o “Analysis and Mitigation of Power Quality Issues in Distribution Network of Orange Line Metro Train.” (In Progress)
o “Demand-Side Management of EV Integration with LESCO’s Grid Stations”. (In Progress)
o “Analysis of EV Charging Station Energized Through Hybrid Power Supply.” (In progress)
=>“Evaluating the Feasibility and challenges of Transitioning Lahore’s Orange Line Metro Conventional
Grid to Solar Energy.” (Completed)
=> “Wind Speed and Power Forecasting using Advanced Back Propagation Machine Learning.” (Completed)
=> “Domestic and Commercial Load Forecasting of LESCO Using Machine Learning.” (Completed)
=>“Optimal Energy Saving for Motorway M-2 using Unreliable Grid-Tied PV Diesel Hybrid Design System.” (Completed)