Design of Hybrid Electrical Tricycle for Physically Challenged Person

摘要

Presentation of Hybrid electric vehicles (HEVs) flags the start of the end for regular IC engine vehicles. We have built up the novel plan for the design of Hybrid electric tricycle (HET) particularly for physically challenged individual. In this paper, it is talked about how proposed novel electric tricycle will decrease the exertion of the impaired individual for changing the previously proposed design with the end goal. The proposed tricycle has one set of front wheel and a back wheel. Every design parameters are estimated subsequent to examining the issues from the physically disabled individual. The developing acknowledgment of hybrid electric tricycle is the consequence of numerous components: mechanical progressions in electric vehicles (EVs), getting a higher capacity limit of traction batteries combined with their diminishing cost, expanded individuals charging conveniences and Government motivating forces. The people comfort is taken as an important note and the special governance given to design to meet the people soothe. The principle parts of the proposed hybrid tricycle are Brushless DC motor (BLDC), Adaptive Neuro Fuzzy Inference System (ANFIS) controller, battery, pedal, and IC engine. The simulation and prototype model of a proposed hybrid tricycle is developed also improved the efficiency compared with the conventional old design of tricycle.