A Novel Forward Approach Method for the Converted Electric Car with Modeling and Performance

Electric vehicles show promising results to lower carbon emissions in the world. However, electric are comparatively costly and have an issue of range anxiety. vehicle conversion acts as a transition state before full electrification can be achieved automobile industry. In this paper, MATLAB Simulink model is developed estimate total energy consumption converted safari vehicle. The used select desired parameters like motor power optimum gear ratio for top speed. Different blocks Forward Approach Model: longitudinal dynamics, powertrain system, battery model, driver integrated with non-linear dynamic characteristics, which resulted accurate estimation driving parameters. showed 36% error estimating starting torque indicates that had than simulated unaccounted losses were not present inthe model. Similarly, 1% fluctuation SOC due intricacies involved simulating exact behavior provided battery. Key words: vehicle, Conversion Process, method, Simulink,