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Improved PID controller design for a two-stage technological workflow

机译:改进了PID控制器设计,用于两阶段技术工作流程

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Background. Despite the wide use of controllers with proportional-integral-differential control law (PID controllers), the issue of expanding the limited functionality of not taking into account the trend of changing technological parameters is open. Methods. The control action is formed taking into account the predicted value of the technological parameter. Verification. The proposed method was verified for the reactor that processes the waste gases in sulfur production. Conclusions. Using a PID controller with a predictive component significantly improves the quality of control, reduces the maximum deviations of process parameters from specified values, contributing to additional energy saving and a significant increase in the efficiency of automated process units in the oil and gas industry and mechanical engineering.
机译:背景。尽管具有比例积分控制法(PID控制器)的控制器,但开放了不考虑不考虑改变技术参数的趋势的有限功能的问题。方法。考虑到技术参数的预测值,形成控制动作。确认。验证了所提出的方法,用于处理硫生产中的废气。结论。使用具有预测部件的PID控制器显着提高了控制质量,减少了从指定值的过程参数的最大偏差,有助于额外节能和石油和天然气工业中自动化工艺单元效率的显着提高工程。

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