Development Of Simulink Model Of Asynchronous Motor With Pump Load

ABSTRACT

Generally, rotating electrical machines converts electrical energy to mechanical energy or vice versa. This is made possible by the interaction of electrical circuits and magnetic fields across an air gap; the usefulness of the motor has resulted in a lot of research. This project presents the development of a simulink model of asynchronous motor with pump load. The model is to investigate the effect of the parameter values on the dynamic performance of a 7.5kw induction motor. The simulation is obtained from non-linear differential equations. It is verified that accurate simulations of the machine under steady and transient states are possible. It concludes that, comparison on load, no load and pump load of an Asynchronous motor using simulink can be achieved.