REVOLUTIONIZING ELECTRIC MOBILITY: LITHIUM BATTERY DESIGN AND SIMULATION WITH MATLAB SIMSCAPE

This paper gives a thorough analysis that uses MATLAB Simscape for lithium battery design and simulation to maximize the performance of electric vehicles (EVs). Finding the best pack configuration and cell design to achieve particular performance goals for EV operation is the goal. Battery capacity, voltage, and energy requirements are estimated through meticulous simulations based on vehicle parameters. After that, MATLAB Simscape is used to model and analyze the battery system to determine its performance under different driving scenarios and thermal management techniques. Important discoveries show how well the improved battery system works to increase the efficiency and range of EVs. This study advances electric vehicle (EV) technology, which may have favorable effects on sustainability and energy efficiency.