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Design and Analysis of Motorized Personal Transporter

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Document pages: 5 pages

Abstract: Cycles have come to existence from 1800’s onwards and it was widely used for personal transportation ever since. Cycle usages, on the other hand, are limited when it comes too indoors. However, we need to lessen the physical effort of a person to make the ride easy and also green enough to save the environment against pollution. The objective of this work is to design, fabricate and analyse the innovative personal transport vehicle. The vehicle consists of four wheels on both sides of a frame. This system uses four wheels to increase the balancing and spacing of the vehicle. The further system consists of a horizontal platform which is driven by an electric motor and the rider comfortably stands on the platform. The vertical handlebar is used for controlling the vehicle with the help of throttle accelerator. The Battery, DC Motor and Motor controller are also used in this system. 350 Watt power of motor makes this vehicle capable of bearing the human load. The energy source required for the Segway is rechargeable batteries, which can be charged by usual AC outlets with suitable chargers. This work is deliberate to provide pollution less vehicle on campus, which is manufactured with cost reduction in mind, without compromising towards the safety and other essential features of the existing Segway. The personal transport vehicle is designed and modeled through Creo Parametric designing software and analysed through ANSYS analysis software. Since fossil fuels are depleting from the environment, the future depends upon renewable resources. The personal transport vehicle can build a hybrid. Attaching the solar panels or using any other means of renewable sources for proving energy to the personal transport vehicle. Hybrid technology will play an active role in personal electric vehicles in the future.

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