Implementación de dinamómetro cuatro cuadrantes para determinar parámetros de funcionamiento en máquinas eléctricas.

Abstract

Four-quadrant dynamometer are versatile devices that allow measuring both torque and rotational speed of a machine, facilitating a comprehensive analysis of its performance. The goal is to implement a four-quadrant dynamometer to determine operating parameters in electric machines. To achieve this objective, a quantitative research methodology was employed. Extensive tests were conducted in the Engineering Faculty laboratory, and dynamometer data analyses were performed using LVDAC-EMS software to obtain precise information about the performance of these machines. The results and discussion of this research reveal significant findings. Through the dynamometer modes, speed could be varied while keeping torque constant and vice versa. Moreover, the effectiveness of the four-quadrant dynamometer in providing accurate and detailed measurements of the operating parameters of the studied electric machines was highlighted. The implementation of the four-quadrant dynamometer and precise data analysis tests have contributed to obtaining critical information about the performance of electric machines, thereby strengthening knowledge in the electrical field. These results support the importance of this research and its relevance for future development in the field of electric machines and energy systems. Four-quadrant dynamometer are versatile devices that allow measuring both torque and rotational speed of a machine, facilitating a comprehensive analysis of its performance. The goal is to implement a four-quadrant dynamometer to determine operating parameters in electric machines. To achieve this objective, a quantitative research methodology was employed. Extensive tests were conducted in the Engineering Faculty laboratory, and dynamometer data analyses were performed using LVDAC-EMS software to obtain precise information about the performance of these machines. The results and discussion of this research reveal significant findings. Through the dynamometer modes, speed could be varied while keeping torque constant and vice versa. Moreover, the effectiveness of the four-quadrant dynamometer in providing accurate and detailed measurements of the operating parameters of the studied electric machines was highlighted. The implementation of the four-quadrant dynamometer and precise data analysis tests have contributed to obtaining critical information about the performance of electric machines, thereby strengthening knowledge in the electrical field. These results support the importance of this research and its relevance for future development in the field of electric machines and energy systems.