The electrical transmission control system plays a very important role in the automatic operation system of coking production. It is a system consisting of many components and devices, such as controllers, actuators, sensors and power electronic elements. Their proper functions will ensure safe, stable, reliable and efficient operation of the coking production process.
In general, the control system of the automatic operation system of coking production mainly includes the following points:
1. Control strategy: In order to ensure the accuracy and stability of the automated control system, the establishment of the control strategy must be based on the characteristics of the coking production process and the user requirements.
2. Information acquisition and processing: various types of parameters and data used in control strategy must be acquired accurately. In addition, the real-time monitoring of the coking production process requires timely data processing.
3. Control devices: In addition to the traditional electro-mechanical actuators, power electronic elements such as central controllers, I/O modules, frequency converters, servo drives and programmable controllers are widely used in the control system.
4. Control algorithm: A variety of advanced control algorithms are used in the control system to improve the accuracy and stability of the control output.
5. Communication network: In a complex environment, networked control system is the best option. It is convenient to use wired or wireless communication networks.
In order to ensure the normal functioning of the coking production system, the electrical transmission control system must be carefully designed and correctly installed. This includes the selection of the appropriate components and devices, installation of the main equipment and wiring, as well as the programming of the control algorithm. In addition, regular maintenance and cleaning are necessary to ensure the long-term reliability of the system.
In summary, the automatic operation system of coking production requires an electrical transmission control system for reliable and secure operation. This control system should be carefully designed based on user requirements, with state-of-the-art control technologies and components employed. The installation of this control system must be conducted in a precise and correct manner in order to ensure long-term, safe and efficient operation of the system.
