PENGENDALI MOTOR DC INDUSTRI BERBASIS PSIM DAN PENYEARAH SATU FASA
Keywords:
Speed controller, three-phase DC motor, fully controlled rektifier, PSIM, work safety, energy efficiencyAbstract
The development of three-phase DC motor technology has opened up various solutions for motor speed control in industrial applications. The use of autotransformers is often considered inefficient and impractical, especially when expensive and difficult-to-replace components fail. Furthermore, suboptimal armature voltage regulation can increase operational safety risks. This study proposes a more efficient, economical, and safe three-phase DC motor speed control system, using PSIM software and a thyristor-based fully controlled rectifier. This system is simulated with the aim of reducing the potential for operational failures that endanger worker safety, while simultaneously improving energy efficiency. Through PSIM simulation, motor speed regulation can be carried out more precisely, thereby reducing the risk of operational errors. The simulation results show that the greater the ignition angle, the motor speed also increases. For example, at T = 0 Nm and an ignition angle of 0°, a DC voltage of 184.64 volts is generated with a motor speed of 2927.94 RPM. This system provides a more reliable and energy-efficient motor control solution for industrial environments that require accurate and safe speed regulation.
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Indonesian Society of Applied Science (ISAS)
