**6. Proposed Design**

Figure 5 presents the proposed modelling technique for an induction motor; the threephase supply voltage is supplied to the machine, and then the voltages are transformed using the 0dq axis to produce the vectors *Vq* and *Vd*. Hence, the stator currents and voltages are produced; subsequently, the rotor parameters are also considered. The implementation is outlined in this paper.

**Figure 5.** A proposed dynamic model of an induction motor.

Figure 6 presents the workflow of designing a dynamic and static model of an induction machine. The adaptable design is mathematically represented and subsequently simulated. The equations are implemented separately in terms of subsystems and then

integrated to present the full model of the machine. Similarly, for a static model, the derivation is almost the same as that of the dynamic model, but it only changes when the speed is equal to zero (when the machine is stationary). The simulation is also given for the static model [5].

**Figure 6.** Design workflow.
