ANALYSIS OF PID CONTROLLER USE ON AUXILIARY WINDING INDUCTION MOTOR WITH FUZZY LOGIC METHOD

Hartono Hartono,Karim Amarullah,Alief Maulana

doi:10.29121/granthaalayah.v9.i8.2021.4205

Hartono Hartono, Karim Amarullah + Show 1 more

Open Access

https://doi.org/10.29121/granthaalayah.v9.i8.2021.4205

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Abstract

Controlling the control of an induction motor with a stable and fast speed is very much needed in the industrial. To get a constant speed and be able to improve the performance of the induction motor, a PID controller circuit is needed. Fuzzy logic method is known to work with a fast response and enough good performance. The value of the motor speed formed with PID control and fuzzy logic, the rotor speed with fuzzy is the same as that without using fuzzy of 1785 rpm with the same overshoot and fuzzy rise time value of 346,605 ms and the value of rise time without fuzzy of 346,111 ms. The results obtained in the Main current without fuzzy of 2.2 A, main current with fuzzy of 2.2 A, aux. Current without fuzzy is 1.6 A, aux. Current with fuzzy 1.9 A, load and elctromag torque without fuzzy no value, load and elctromag torque with fuzzy no value, main voltage without fuzzy 154 V, main voltage with fuzzy 154 V, aux. Voltage without fuzzy 180 V, aux. Voltage with fuzzy is 184 V, rotor speed without fuzzy is 1785 rpm, rotor speed with fuzzy is 1785 rpm.

Highlights

Induction motor is one type of electric motor that works based on electromagnetic induction
The value of the motor speed formed with Proportional Integral Derivative (PID) control and fuzzy logic, the rotor speed with fuzzy is the same as that without using fuzzy of 1785 rpm with the same overshoot and fuzzy rise time value of 346,605 ms and the value of rise time without fuzzy of 346,111 ms
The results obtained in the Main current without fuzzy of 2.2 A, main current with fuzzy of 2.2 A, aux

Summary

Introduction

Induction motor is one type of electric motor that works based on electromagnetic induction. The induction motor has a source of electrical energy on the stator side, while the electrical system on the rotor side is induced through the air gap of the stator by means of an electromagnet. The use of induction motors in this industry is as a driver, such as for blowers, compressors, pumps, prime movers of production processes or mills, workshop equipment such as drilling machines, grinders, cranes, and so on F.

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