Electronic Diffrential System for Light Electric Vehicle with Two in Wheel Motor

Electrical Engineering

This paper introduces the modeling and simulation of the Electronic Differential System (EDS) of the two-wheeled self-propelled electric vehicle (EV). The electronic variant is used in EVs due to certain constraints of traditional machine variations such as being heavy and large systems suitable for EV, and equipment losses caused by powertrain. In this study, EDS for front-wheel drive EV with in-wheel motor model replaces the rare wheels that are commonly read in the literature. The general rule of the proposed gadget is that it is not somethingdirectional sensor to test steering position and speed of steering wheels. Each important volume is miles used improperly by remote control of electric bicycle controls and the description of driving the Arduino system. These extra items are smart and can be found almost anywhere in the world.

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