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Grid-Connected Bidirectional Off-Board Electric Vehicle Fast-Charging System with Unified Control Framework

This M.Tech Electrical Engineering topic focuses on Grid-Connected Bidirectional Off-Board Electric Vehicle Fast-Charging System with Unified Control Framework. It belongs to the EV Charging Systems area within Power Electronics. The work is…

EV Charging Systems
Abstract This M.Tech Electrical Engineering topic focuses on Grid-Connected Bidirectional Off-Board Electric Vehicle Fast-Charging System with Unified Control Framework. It belongs to the EV Charging Systems area within Power Electronics. The work is suitable for research topic selection, synopsis preparation, literature review, converter modelling, MATLAB/Simulink or Python-based simulation, control design, hardware-oriented discussion, result analysis, and dissertation documentation. Students can use this 2023-onward open-access research reference as the base paper and then customize the implementation using suitable converter topology, switching strategy, controller design, efficiency analysis, THD analysis, power-quality metrics, and application requirements.
Reference Paper Grid-Connected Bidirectional Off-Board Electric Vehicle Fast-Charging System with Unified Control Framework
Year 2025
Domain Power Electronics
Sub-Domain EV Charging Systems
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