首页> 外文会议>International conference on electric and electronics;EEIC 2011 >The Preliminary Research of Pressure Control System Danymic Simulation for AplOOO Pressurizer Based on Parameter Adaptive Fuzzy Pid Control Algorithm
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The Preliminary Research of Pressure Control System Danymic Simulation for AplOOO Pressurizer Based on Parameter Adaptive Fuzzy Pid Control Algorithm

机译:基于参数自适应模糊PID控制算法的AplOOO增压器压力控制系统仿真的初步研究。

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According to the characteristics of AP1000 pressurizer dynamic process, using AP1000 nuclear plant parameters, a model of pressurizer pressure control system for nuclear power plant is established in this paper. Simulation experiments have been performed using acslX software according to AP1000 pressurizer pressure control system design. Parameter adaptive fuzzy PID controllers have been designed to improve the control function based on the original PID controllers. The comparison between the simulating results indicates that the improved controllers give better performance than the original ones and has a reference value for further control strategies optimization of the pressurizer pressure control system.
机译:根据AP1000增压器动态过程的特点,利用AP1000核电站参数,建立了核电站增压器压力控制系统模型。根据AP1000增压器压力控制系统设计,已使用acslX软件进行了仿真实验。在原始PID控制器的基础上,已设计出参数自适应模糊PID控制器以改善控制功能。仿真结果之间的比较表明,改进后的控制器的性能要优于原始控制器,并且对增压器压力控制系统的进一步控制策略优化具有参考价值。

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