基于单片机与组态的智能电机控制系统研究

在电力通信中,人们会用到很多的大型发电机,而传统模式的电机控制已经无法满足人们的要求。为了实现对电机的自动控制并提升其在电力通信过程中的运行稳定性,设计了以单片机和组态为基础的智能电机控制系统,避免传统的电机控制方式在电力通信中产生不稳定的因素。在电机的供电电路中采用AC/DC的隔离反激式变换电路,驱动电路采用H桥结构,智能电机系统中的微型核心处理器采用的是STM32F103ZET单片机。通过单片机和组态软件能够实现对电机的智能控制,同时在生产过程中也可以替代人工操作进行远程操控,进而提高生产效率,保证工人的人身安全。

In power communication,we will use a lot of large generators,and the traditional mode of motor control has been unable to meet our requirements.In order to realize the automatic control of the motor and improve its stability in the process of power communication,we designed an intelligent motor control system based on single chip computer and configuration to avoid the unstable factors caused by the traditional motor control mode in power communication.In the power supply circuit of motor,we adopt AC/DC isolated flyback converter circuit,drive circuit adopts H bridge structure,and STM32F103ZET microcontroller is used as micro core processor in intelligent motor system.Intelligent control of motor can be realized by single-chip computer and configuration software.At the same time,manual operation can be replaced and remote control can be carried out in the production process,thus improving production efficiency and ensuring workers'personal safety.