Effective Control of the Developmental Current of a Serial DC Motor with a Fuzzy Tuned-PI Controller Zeta Converter

In most applications where electrical energy needs to be converted to mechanical energy, the most common direct current motors are preferred after asynchronous motor. Since the motors used in most industrial systems are required to produce a high development momentum, it is inevitable to draw high currents from the grid at start times. This high starting current must be kept under control as it increases the power consumption and can seriously damage the stator and rotor windings of the motor. A suitable drive and monitoring system is required for this current control operation. Fuzzy logic controller has adaptive features; it can produce strong results in systems with uncertainties, variable parameters and load distribution. In this study, the starting current of a serial connected DA motor fed from the Zeta converter was first investigated by computer simulation using a fuzzy set-PI controller. The fuzzy-tuned-PI control method was compared to the same motor under the same conditions as conventional PI and fuzzy logic. Matlab / Simulink software was used for simulation. According to the simulation results, it is observed that the fuzzy-tuned-PI controller has a stronger response than the classical PI and fuzzy logic control and the motor draws lower current at the time of development