Confirmatory Check of 1 kW BLDC Motor for Use in Electric Vehicle Application

The concept of electric vehicles (EVs) as a potential replacement for conventional automobiles that are powered by internal combustion engines has recently received a significant amount of attention. This is due to the increasing demand for environmental friendly transportation alternatives, and it is anticipated that this trend will continue. The efficiency and effectiveness of the electric drivetrain are critical factors to consider when determining the viability of electric scooters. The primary objective of this research is to examine the data that has been received from the original equipment manufacturer (OEM) of an electric scooter. Three main approaches are employed to verify the 1kilowatt BLDC motor that has been used to power electric scooters. It is necessary to conduct calculations regarding the powertrain in order to mathematically verify the torque, speed, and power of a vehicle. The Indian drive cycle (IDC) has been considered in order to verify the scooter's drive range. Additionally, the vehicle's effectiveness has been evaluated in scenarios that are reflective of real-world conditions. In order to evaluate the electromagnetic performance of the electric vehicle Brushless DC (BLDC) motor, it has been dismantled and simulated. These critical stages will enable researchers to conduct a thorough examination of a vehicle's data through the use of mathematical, analytical, and simulation methods.