What question did this study set out to answer?

The aim is to simulate the performance of a diode-thyristor cascade for speed control in belt conveyors using MATLAB/Simulink.

May 9, 2026Open Access

Simulacija Rada Diodno-Tiristorske Kaskade Kod Emp Tračnog Transportera

MKMensur KasumovićUniversity of Tuzla AHAsim HodžićAmerican University in Bosnia and Herzegovina MRMuhamed RamićUniversity of Tuzla

Key Points

The aim is to simulate the performance of a diode-thyristor cascade for speed control in belt conveyors using MATLAB/Simulink.
Simulation conducted using MATLAB/Simulink to model the diode-thyristor cascade.
Focus on a single motor 6kV drive for the belt conveyor.
Analysis of the impact of the thyristor control angle on the conveyor speed.
Simulation results demonstrate a clear relationship between thyristor control angle and conveyor speed.
The system effectively maintains speed regulation while optimizing energy return to the grid.

Abstract

Sažetak Kod tračnih transportera koji se pogone trofaznim asinhronim kliznokolutnim motorima za regulaciju brzine transportera (pogonskih motora), tehnički opravdano rješenje je primjena podsinhrone kaskade konstantnog momenta sa statičkim pretvaračem i transformatorom za vraćanje energije u mrežu. U radu je izvršena simulacija u programskom paketu Matlab/Simulink rada podsinhrone diodnotiristorske kaskade za regulaciju brzine EMP tračnog transportera. Za konkretne podatke jednomotornog 6kV pogona tračnog transportera ova simulacija pokazuje kako promjena ugla upravljanja tiristora u invertorskom dijelu utiče na brzinu EMP.

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