Published Paper Details:

In this project we discuss about the modelling and simulation is held between the two different types of electric motors that are used in electric vehicles.by this project we will compare the performance of different types of motors. The power consumption of motors and heat generated by the motor. These comparison between motor helps us to know the which motor has best performance and which motor is more power efficient and which motor is suitable for use in electric vehicles. Because, as we all know that in these upgrading world we are searching alternative for the fuel based vehicles. The usage of fuel is increasing and the production of fuel is decreasing these leads to the increases the cost of fuel. In this situation we have only choice that is electric vehicles. With the electric vehicles we have both advantages and disadvantages. So we need to calculate lot of mathematical calculations. The electric vehicles runs on the batteries so we need to charge the vehicle frequently. To charge the vehicle we need charging stations. To overcome from these types of problems we need to improve the range of electric vehicle by using better performance motor which runs on low power and which gives maximum performance. So in this project we compare the different motors to analyses the performance of motors. MATLAB-SIMULINK is used to create and simulate a mathematical model of a fieldoriented controlled Permanent Magnet motor driving system. Today, the use of Permanent Magnet Synchronous Motors (PMSM) is expanding in various sectors (particularly in the machine tool industry) due to their smaller size, lighter weight, and lower rotor loss when compared to induction motors of same capacity.