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MATLAB Online Course: PV, DC-DC Converter, Grid Integration and EV Charging Station Modeling This online course provides practical MATLAB/Simulink training for designing and simulating renewable-energy-based power electronics systems. The program covers DC-DC converters, grid-connected PV systems, and PV-based EV charging stations. Session 1: Optimization of PID Controllers for DC-DC Converters Participants will learn Buck and Boost converter design, including L and C parameter calculation, open-loop simulation, and closed-loop PID controller tuning using MATLAB PID Tuning App. Session 2: Modeling of Grid-Connected PV Systems This session covers PV system modeling, solar power generation behavior, MPPT algorithm implementation, PV grid inverter modeling, DC-link control, and grid synchronization concepts. Session 3: Modeling of PV-Based EV Charging Stations Participants will learn PV-battery system modeling, battery energy storage behavior, and PV-battery-EV charging station integration for sustainable EV charging applications. Topics Covered: Buck and Boost converter design, L and C calculation, PID tuning, PV modeling, MPPT algorithm, PV grid inverter, PV-battery system, and PV-based EV charging station modeling. This course is suitable for students, researchers, faculty members, and engineers interested in MATLAB-based renewable energy system design.
You can also join this program via the mobile app. Go to the app