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Fuzzy logic based speed enhancement of electric vehicle

In the recent decade, an increasing number of electric cars have come on the global market as a means of addressing mobility issues in congested cities. The primary goal of this article is to construct a four-wheeled electric vehicle that can travel for long periods. This model is controlled by a fuzzy logic controller and an H-bridge controller and driven by a Permanent magnet brushless DC motor mounted on the back wheels. The car has an electronic differential system that offers stable vehicle control and allows each driving wheel to revolve at different rates. The suggested electric vehicle system controller is tested using the MATLAB Simulink environment.