Mathematical modelling and investigation of reduced order induction motor drive system

This project presents a platform for research in digital simulation applications which are on the way to replace the partial scale or full scale validation requirement of physical systems. The modeling of inverter fed electric drive has been done and the results have been simulated. In this topology, the inverter is coupled with the induction machine and solved symbolically in MATLAB/SIMULINK. Simultaneously a reduced order model has also been developed and modeled using the same graphic user interface. This project intends to provide an accurate comparison of the two models, their industrial applications as well as their research applications. Interfacing of Simulations can also be done with industrial controllers, which saves huge economic cost and allowing an economic tool for testing of drive controller and offering the flexibility require to simulate machine in every power range. The validation of proposed algorithm and models has been done in the MATLAB environment. Evaluation is done on the basis of accuracy, zero crossing and step size where the performance and working of electric dive system is observed.