Design and Structural Analysis in the Fabrication of Man-Machine Hybrid E-Bike

Abstract

Two-wheeler is the main option for transportation in many countries. In India, The Interest in two-wheeler is high with a highest sale of 21 million units in 2019. This is almost double the 2011 sales. Due to the increases in number of two-wheeler in the roadside, the emission will also get increases. Which affect the environment by Climate change, the physiology of plants, animal species, human health and the entire eco systems. So the best substitute for Traditional gasoline two-wheeler is E-Bike. But everyone thinks that charging of batteries for E-Bike will take more time. Moreover, it is not suitable for High Speed with long range travel. So to overcome the above stated problem, Man-Machine Hybrid E-Bike is designed with multiple power sources for charging the Batteries which is suitable for urban areas. Here this paper also reports the design features and Structural analysis of Man-Machine hybrid E-Bike.