Range Prediction based on Battery Degradation and Vehicle Mileage for Battery Electric Vehicles

Due to their low -carbon and ecologically benign characteristics, electric vehicles are growing in popularity. With the aim of creating electric vehicles that can match or even outperform today's internal combustion engines, extensive studies have been done considering the depletion of fossil resources, and changes in climate brought on by air pollution. Over the course of a vehicle's lifespan, switching to electric vehicles (EVs) can dramatically cut greenhouse gas emissions from internal combustion engine (ICE) vehicles. Because batteries have a high -power density and a consistent output voltage across all EV types, they are a popular energy storage option. Long recharge times, the limitations of current electrical infrastructure, low public acceptance, and high startup expenses are the drawbacks of battery -powered electric vehicles. As a battery's capacity deteriorates throughout the life of the battery, the travel distance is shortened. A thorough analysis of the techniques utilized to address battery degradation in electric vehicles is addressed. This review describes the relationship of battery degradation as a vehicle's mileage increases, and what factors go into battery degradation.