Abstract
Permanent magnet synchronous motor is being used in many low to medium power Range applications in many places of the world due to their inherent advantages. For example, permanent Magnet synchronous machines are used in automotive applications, vehicular electric drive motors, textile Industries, glass industries, and computer and robotics applications. Also to improve the efficiency of Submersible pumps, we use rotor representing a squirrel cage and permanent magnet of a synchronous motor by replacing the rotor of an induction motor. This paper proposes analytical procedure to design the rotor with buried permanent magnets placed in ‘V’ shape and two-pole motor. The main objective of the thesis is to design and simulate the synchronous machine in MAGNET and ANSYS software and then to calculate the output parameters of permanent magnet synchronous motor. Using analytical formulae, magnetic force, energy etc… are calculated and these are validated with the corresponding results obtained from the MAGNET and ANSYS software simulation. Also percentage error between the calculated analytical formulae results and software simulation results is analyzed.
