Computational modeling and analysis of E-motorcycle for performance improvement by battery swapping method

The main objective behind initiating this paper lies behind the problem that is being solved with respect to designing a commuter e-motorcycle that best suits for covering long range and also for Indian road Conditions. In this case study we focus on the betterment of battery management for long range by using primary and secondary (swappable) battery thereby improvising swapping battery concept. The swapping battery concept results in the reduction of cost of EV as battery ownership is replaced by battery leasing which make an impact on the business approach in market of E-motorcycles. The design of the vehicle is made possible using the software Autodesk fusion 360. The basic literature survey is done in prior to understand the current market statistics and analysis of competitive approach have been studied. Sustainability is one such another factor that is taken into consideration when it comes to manufacturing of Electric Motorcycles.