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Applying a Modified Smith Predictor-Bilinear Proportional Plus Integral Control for Directional Drilling ? ? This work was supported by Schlumberger

机译:将改进的Smith预估器-双线性比例加积分控制应用于定向钻井 Schlumberger支持这项工作

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Recently, a Bilinear Proportional plus Integral (BPI) controller was proposed for the control of directional drilling tools commonly used in the oil industry However, there are delays in the measurement signals which reduces the system performance. Here, the BPI controller is extended by addition of a modified Smith predictor. The effectiveness, robustness and stability of the proposed modified Smith Predictor (SP)-BPI controller are analysed. Transient simulations are presented and compared with that of the earlier BPI controller. From the results, it can be surmised that the proposed modified SP-BPI controller significantly reduces the adverse effects of disturbances and time delay on the feedback measurements with respect to stability and performance of the directional drilling tool.
机译:最近,有人提出了一种双线性比例加积分(BPI)控制器来控制石油工业中常用的定向钻井工具。但是,测量信号存在延迟,从而降低了系统性能。此处,通过添加修改的Smith预测器来扩展BPI控制器。分析了所提出的改进的Smith Smith Predictor(SP)-BPI控制器的有效性,鲁棒性和稳定性。给出了瞬态仿真,并将其与早期BPI控制器的仿真进行了比较。从结果可以推测,提出的改进型SP-BPI控制器在定向钻井工具的稳定性和性能方面,显着降低了干扰和时间延迟对反馈测量的不利影响。

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