Explore advanced MATLAB Simulink EV projects covering regenerative braking, EV charging systems, battery modeling, traction control, onboard chargers, wireless power transfer, motor drives and intelligent vehicle control. These projects are suitable for final year students, M.Tech scholars, MSc researchers and PhD-level simulation work.
EV traction modeling and control-oriented simulation for electric mobility applications.
MATLAB Simulink model for EV battery charging with renewable-energy integration.
Research-focused EV braking energy recovery and drivetrain simulation.
Power-factor-correction charger design for electric vehicle applications.
Wireless charging architecture for EV systems with MATLAB modeling support.
Advanced EV speed regulation using nonlinear control strategy in Simulink.
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