Abstract
This paper deals with development and application of Battery Pack for an Electric Kart. A Battery Pack is an integral part of an Electric Kart. This paper highlights the challenges in the development of a battery pack and its application. Since there is a gradual shift towards the electric vehicle from the traditional combustion engine vehicles, there is a requirement of research and improvement in the field of batteries used in an Electric Kart. This paper purely focuses on the development of a battery pack with nominal range and power output with phenomenal charging rate; keeping in mind the economic perspective of the power pack.
Highlights
In today‟s world, application of Battery Pack is ever increasing as per the increase in the requirement of the Electric Vehicles
Since there is a gradual shift towards the electric vehicle from the traditional combustion engine vehicles, there is a requirement of research and improvement in the field of batteries used in an Electric Kart
This paper purely focuses on the development of a battery pack with nominal range and power output with phenomenal charging rate; keeping in mind the economic perspective of the power pack
Summary
In today‟s world, application of Battery Pack is ever increasing as per the increase in the requirement of the Electric Vehicles. It has high energy density no memory effect (is an effect observed in nickel-cadmium and nickel–metalhydride rechargeable batteries that causes them to hold less charge). This paper focused on the design and application of compact battery pack with required structural safety with high cooling performance Efficient cooling system for the Battery Pack was accomplished through computational fluid dynamic (CFD) analysis, to have minimized pressure drop within the pack under normal charging and discharging conditions and constant temperature distribution. Introducing Li-ion Battery pack for widened spectrum of application In Electric Vehicles, Electric Karts and others. [5-10].the weight of an Electric vehicle is mainly affected by the weight of the battery installed in it, we focused on developing a battery pack to manage the weight requirement in an EV
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