Dynamic Simulation of Three Phase Induction Machines Based on Reduced Order Model for Power Systems Analysis

Induction machines are a crucial type of electrical equipment utilized as motors in various industries and single-phase forms household applications. They make up more than 80% the industrial used today. This paper presents dynamic simulation three-phase induction based on (d-q) model, providing clear easy-to-understand explanation behavior motor synchronous reference frame. The is implemented using SIMULINK/MATLAB software, full-order model analysis conducted for transient analysis. However, modeling part power system can be done with less detailed one. In this paper, reduced-order employed to simulate MATLAB/SIMULINK. results framework compared investigate model's limits, computational benefits saving time during large simulations justify relative decrease accuracy. use significant reduction computation when simulating very large-scale systems, much higher accuracy conventional steady-state model.