ANALISIS DAN DESAIN PHASE LAG-LEAD COMPENSATOR PADA
PEMODELAN STATE SPACE MOTOR INDUKSI TIGA FASA
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
Pratiwi, Ratih
Subject
T Technology (General)
Datestamp
2024-02-27 03:19:47
Abstract :
The state space equation system used aims to simplify the modeling of induction motors into the direct and quadrature (dq) axes. The design of the induction motor control system with the addition of a lag-lead compensator aims to improve the response value in the system. The results obtained are analyzing the response value of electromagnetic torque, rotor rotation speed, and stator current compared to time changes. When an induction moto with a lag-lead compensator is designed with an overshoot reduction of 15%, the electromagnetic torque produced is higher with a maximum value of 124.86%, has a lower steady state speed of 1.05%, and the strator current achieved when the steady state is lower with a value of 1.93%.
The state space equation system used aims to simplify the modeling of induction motors into the direct and quadrature (dq) axes. The design of the induction motor control system with the addition of a lag-lead compensator aims to improve the response value in the system. The results obtained are analyzing the response value of electromagnetic torque, rotor rotation speed, and stator current compared to time changes. When an induction moto with a lag-lead compensator is designed with an overshoot reduction of 15%, the electromagnetic torque produced is higher with a maximum value of 124.86%, has a lower steady state speed of 1.05%, and the strator current achieved when the steady state is lower with a value of 1.93%.
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