在工业上，很容易找到需要保持固定参数的设备或过程。电动机的速度，流量，液压回路的液位和温度或压缩空气系统的压力就是一个很好的例子。过程控制工程的目标是通过实施监督和控制系统使这些过程自动化。
查看更多该学科的范围从对系统动力学和所涉及的仪器（传感器，执行器，控制器等）的研究到控制策略的开发及其后续实现，都通过对不同工业通信协议的研究而得以实现。它们用于此类系统（现场总线，HART等）。
今天最常用的控制算法是PID控制（比例，积分和微分）。通过这种控制机制，已经开发出了更复杂的策略，例如级联控制，多变量控制，预期或前馈控制以及选择性控制。这些策略是通过工业控制器，可编程逻辑控制器（PLC）以及SCADA采集和控制应用程序实现的，这些应用程序除了进行控制外，还可以实现过程的可视化。可以使用单个控制设备（集中控制系统）或通过控制器的组织网络（分布式控制系统）进行控制。
控制系统带给工业过程的生产率和效率的提高，有利于研究新的高级控制算法，例如预测控制，自适应控制或模糊控制。
查看产品
NEW Process Control leaflet
With our complete Process Control area, EDIBON gives answer to the academic demand for teaching and learning concepts of Process Control, in an easy and practical way.
阅读更多
Completion of the Course of Instrumentation, Regulation and Control in Laboratories
On October 19th, the Course on Instrumentation, Regulation and Control in Laboratories, taught by our engineers in these facilities, using EDIBON units, was completed and aimed at learning the(...)
阅读更多
EDIBON and its commitment to European Skills
At EDIBON, we are committed to strengthening skills as a strategic pillar for the competitiveness and social well-being of the European Union. Proper training not only boosts the economy but also(...)
阅读更多
What is Process Control, and Why is It Essential in Modern Industry?
Today, automation and efficiency are key factors in industrial and scientific development. Process control plays a crucial role in this context by enabling the monitoring, regulation, and(...)
阅读更多
The future of Process Control: Innovation, training, and the industry 4.0 revolution
Automation and process control have been fundamental pillars in the evolution of both industry and scientific research. With the advent of Industry 4.0, the integration of new technologies has(...)
阅读更多10.1.- 理论-实用基础
10.2.- 控制器与工业通讯
10.3.- 工业应用和系统
Cookies首选项
