Depth revealing the research of multi-axis control system of motor, it is like this
The electrical energy consumed by the motor accounts for a very high proportion of global electricity consumption. To a large extent, the energy consumption of the motor depends on the motor and transmission efficiency. In order to reduce consumption, improve transmission efficiency and improve performance, energy efficiency standards have been implemented by regulators around the world. Therefore, the deployment of motor drives is increasingly using high precision, high performance motor control algorithms.
It is important that modern drive systems integrate control loop accuracy, scalability, network communication, peripheral control, data and design security, functional safety and reliability. In addition, the motor must be accurately and synchronously controlled without compromising performance and certainty, especially in multi-axis control systems. To meet these control and integration requirements, embedded designers design drives that not only can run complex motor control algorithms, but also support multiple peripheral communications in an increasingly connected environment.
