Simulation of two-wheeler electric vehicle in Simulink and best suited materials for EV’s Available to Purchase

Traditional automobiles utilize fossil fuels to ensure good performance and long reach. Here the major issue is the exhaustion of fossil fuels resources on the Earth, and the issue of atmospheric pollution due to motor vehicles, this motivates to look for replacement energy to propel the vehicle. One of the effective ways to propel the vehicles is by introducing the electric motor and battery to run the electric motor. An extensive database of passenger electric vehicles compiled by IDTechEx is further used to determine trends in battery packs and cell energy density, energy capacity, cell geometry, cell chemistry size, thermal management strategy, engine technology and power output, resulting in a comprehensive set of in-kind claims and market value projections. IDTechEx predicts more than 28 materials used in the construction of electric vehicle powertrains, each with varying market shares. Several material markets are seeing a rapid increase in demand after a small decline in 2020 due to the impact of COVID-19 on the automotive market. This paper thoroughly demonstrates the effective use of computer modelling and simulation software used in contemporary manufacturing industry at preliminary stage for evaluation of vehicle performance requirements about the design and techniques utilized. While most of the papers demonstrate the Electric vehicle simulation for four-wheelers, the two wheelers are not thoroughly researched for Indian market, this paper covers the primary parameters of two-wheeler electric vehicle simulation that uses the basic blocks from Simulink, Simscape, and electrical blocks available in the MATLAB.