ABSTRACT The electric vehicle a relatively new concept in theworld of the automotive industry.
This paperpresents a significant improvement in vehicle control technique for industrialvehicle motor drive to enable the drive to work satisfactorily over a widerange of speed and controlling in industrial purpose. Project gives thesignificant working of vehicle in all the three axis rotation and automaticcontrolling of vehicle and speed control will be followed. Due toproblem cause in gasoline engine on the environment and people the automotiveindustry has turn to electric power vehicle. This project explain how on electric vehiclework and compare the electric vehicle to the internal combustion engine andhybrid vehicle the project provide some of the advantages and disadvantages ofthe electric vehicle in addition a brief future view of the technology is given.in this project we are use GSM module as point of view craze day to day lifeof mobile handling and use.GSM module are seen location of vehicles at thattime and various problem solve hence we are used GSM module INTRODUCTION Unlikevehicle with combustion engine electric vehicle do not produce exhaust gasesduring operation.
Thisalone makes electric vehicle more eco-friendly than vehicle with conventionaltechnology, however the electric energy for charging the vehicle does have tobe produces from renewable sources eg. From wind, solar, by combining differentdrive types the overall efficiency of the vehicle can be improved and fuelconsumption can be reduced. Multiaxis multi control electrical vehicles have gained popularity in recent timesbecause these vehicles have most important in upcoming days because thesevehicles do not need high awareness.
Because this vehicles are called automaticcontrol vehicle.sothere is suitable nature and are beingused in wide spectrum of applications such as domestic equipments, automobiles,information technology equipment, power tools, defence equipment, medical andhealthcare equipment and vision & sound equipment.Theypossess desirable features such as high efficiency, fast response, lightweight, precise and accurate control, high reliability, maintenance freeoperation, high power density and reduced size.