Electric vehicles (EVs) are a modern
transportation option that eliminates the need for fossil
fuels by relying on electricity as their primary power
source. They offer an environmentally friendly and
efficient alternative for travel. Unlike traditional
vehicles that use internal combustion engines, EVs
operate using electric motors. The increasing
development of high-capacity batteries and their
implementation methods are expected to significantly
boost the number of EVs in the future. However, this
growth presents new challenges to ensure the safe and
stable operation of power grids due to unpredictable
charging demands. Additionally, the rechargeable
batteries in EVs have a limited lifespan and require
replacement after a certain period. Consequently, a
major challenge lies in developing batteries that require
less charging time. Limited vehicle range remains a
significant hurdle hindering the widespread adoption of
electric vehicles in India. Nevertheless, India is
witnessing a revolution in electric mobility, with two-
wheelers and three-wheelers leading the way. This paper
focuses on an approach aimed at increasing the range of
electric vehicles using existing battery technology.
