Review Paper on 3D Modelling and Fabrication of Cost-Effective Three-wheeled E-Cargo

In internal combustion engine vehicle, power is produced by burning the fuel inside the engine. The by-products released due to this process are highly polluting in nature and cause a lot of damage to the environment at the same time. In recent days using conventional vehicles is not sustainable for community as fuel prices are at a peak that is not budget-friendly. Simultaneously non-renewable fuel sources are exhausting. To overcome all of these difficulties, this project introduces a three-wheeler cargo powered by an electric motor that draws its power from its battery pack. To accomplish a vehicle that is specifically developed to provide the driver/goods with maximum efficiency. Also develop a vehicle that holds significantly quieter driving manoeuvres and more fuel-efficiency. Apply battery cooling and heating system to reduce seasonal effects on an electric vehicle. To fulfil electricity needed for the propulsion of electric vehicles and heating, cooling requirement. Employ a brushless dc motor controller to protect the motor from over-current and under-voltage.