DEVELOPMENT AND FABRICATION OF REGENRATIVE ELECRTIC BICYCLE

DEVELOPMENT AND FABRICATION OF REGENRATIVE ELECRTIC BICYCLE

Siddartha R Kattimani1, Arjun Ashok S2, Prajwal P3, Vivek K R4, Vijaya G5

¹²³⁴UG Students, Department of Mechanical Engineering, DSATM, Bengaluru, Karnataka, India ⁵Asst. Professor, Department of Mechanical Engineering, DSATM, Bengaluru, Karnataka, India

Abstract: This paper gives an outline of the new work of electric vehicle in the locale Electric vehicles are a significant choice for diminishing outflows of ozone harming substances. Electric vehicles not only lessen the reliance on fossil fuels, but they also lessen the impact of substances that deplete the ozone layer and encourage the widespread use of renewable energy sources. The design, analysis, and production of the regenerative EV bicycle body and chassis are discussed in this paper. The design, analysis, and production of an EV bicycle's body and chassis are the project's goals in order to achieve the lightest and lowest-cost design possible. The software Solid Works is used to design the bicycle's chassis. The greatest relocation size, anxiety is analyzed between EV bike suspension. The bicycle that refuels itself. Planning and manufacturing space outline suspension structure requires a bunch of information particularly in plan, material choice, metal joining and creation which bring about unbending, tough, and serious body plan. This undertaking just spotlights on the investigating the underlying frame plan and examination. Solid Works software is used for the modeling. However, ANSYS is used for the analysis. The integrated chassis of a two-wheel electric vehicle, which should be more aerodynamic and capable of traveling long distances, is the primary focus of this project.

Keywords: Fabrication, EV bicycle, analysis, and SolidWorks software