Electric Vehicle Modeling and Simulation Using MATLAB SIMULINK

In this design, we design the electric vehicle model by using MATLAB SIMULINK tool blocks. Conventional vehicles give good performance and long range. But due to low energy frugality and exhaust gas emigrations causing environmental pollution, interest in electric vehicles is adding. The range of electric vehicles is short and they cannot reach high speed. Longer-distance vehicles are being produced as electric motor and battery technology advances. Thus, the performance of these vehicles can be optimized by opting for the motors and batteries depending on the region and the drive cycle. The dynamic model of an electric car was constructed utilizing MATLAB SIMULINK in this study. The energy consumption values of the electric vehicle and their range were determined for drive cycles similar to WLTP, NEDC, and HWFET. The factors of the Battery electric vehicle (BEV) frame were bandied then, and that model was dissembled on MATLAB SIMULINK and also the affiliated factors associated with the electrical systems.