感应电机无传感器控制

Respuestas Pub Date : 2020-05-01 DOI:10.22463/0122820X.2562
E. Caicedo, Henry Alfonso Sepúlveda-Pacagui, Luis David Pabón-Fernández, A. Pardo-García, J. L. Díaz-Rodríguez
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引用次数: 0

摘要

espanolEste篇介绍了开发一个算法来控制发动机转速induccion通过单片机与DSP TMS320F28069M nucleo,这是负责进行数字处理迹象电压和电流措施估计转子转速并关闭控制的纽带。算法的极限操作和caracteristicas DSP接口的,总体上能够监视估计速度、操作和不断变动,PI控制器,控制器的输出是分配到一种DSP PWM_DAC的输出频率转换器连接,ABB ACS800-U1以远程方式进行发动机转速的变化通过《V / F控制。EnglishThis条代表the development of an algorithm for speed control of the induction引擎by means of the core microcontroller DSP TMS320F28069M, which is in弹of performing the digital待遇of the voltage和current socialtextsignals在to close the speed of转子and the simpler控制循环。算法考虑The operating界限和DSP的特征,在一起with an interface承受allows监测速度、和modifying The operating point and The constants of The PI controller, The controller output is律师事务所律师to an output of The DSP PWM_DAC连接to which is an ABB ACS800-U1 frequency converter in remote mode to carry out The引擎速度变化by means of a V / F控制law。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Induction motor sensorless control by DSP
espanolEste articulo presenta el desarrollo un algoritmo para el control de velocidad del motor de induccion mediante el microcontrolador con nucleo de DSP TMS320F28069M, el cual es el encargado de realizar el tratamiento digital de las senales de voltaje y corriente medidas para estimar la velocidad del rotor y cerrar el lazo de control. Los algoritmos consideran los limites de operacion y las caracteristicas del DSP, en conjunto con una interfaz que permite monitorear la velocidad estimada, y modificar el punto de operacion y las constantes del controlador PI, la salida del controlador es asignada a una salida del DSP PWM_DAC la cual se conecta a un convertidor de frecuencia ABB ACS800-U1 en modo remoto para realizar el cambio de velocidad del motor mediante una ley de control V/F. EnglishThis article presents the development of an algorithm for speed control of the induction motor by means of the DSP core microcontroller TMS320F28069M, which is in charge of performing the digital treatment of the voltage and current signals measured to estimate the speed of rotor and close the control loop. The algorithms consider the operating limits and the characteristics of the DSP, together with an interface that allows monitoring the estimated speed, and modifying the operating point and the constants of the PI controller, the controller output is assigned to an output of the DSP PWM_DAC which is connected to an ABB ACS800-U1 frequency converter in remote mode to carry out the motor speed change by means of a V / F control law.
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