Improvement of the electric drive of the feeder using vector PWM control.

VOZNYAK, Oleksandr; POLIEVODA, Yurii; SOLONA, Olena; YAROPUD, Vitalii; TVERDOKHLIB, Ihor; KARPIICHUK, Mykhailo; KOVALOVA, Kateryna; SOLOMON, Alla

The article researches and develops a method of controlling an asynchronous electric motor using a microcontroller and a vector control algorithm. The use of a bidirectional timer count mode and a wide-amplitude modulation frequency allows precise adjustment of rotation speeds. The developed system is flexible due to the possibility of the external speed setting through an analog input. The application of the PI control algorithm and speed measurement sensors ensures the stability and accuracy of the system under conditions of variable loads. The results of the experiments show the high efficiency of the system with sudden changes in speed, which makes it promising for the automation of feed distribution processes. The system has a strong potential for application in the field of animal husbandry, providing an efficient and accurate control of electric motors in various operating conditions.

ELECTRIC drives; VECTOR control; INDUCTION motors; PULSE width modulation transformers; ELECTRIC motors; ANIMAL culture; SPEED measurements; MICROCONTROLLERS

Przegląd Elektrotechniczny, 2024, Vol 2024, Issue 9, p68

0033-2097

Academic Journal

10.15199/48.2024.09.11