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Multi-model predictive function control based on neural network and its application to the coordinated control system of power plants

机译:基于神经网络的多模型预测功能控制及其在电厂协调控制系统中的应用

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The coordinated control system of boiler-turbine unit in power plants is a complicated multivariable system with nonlinear, uncertainty and strong coupling. In this paper the algorithm of multi-model predictive function based on neural network is proposed and it is applied in a 500MW unit. Firstly, several linearized models of the unit on different working conditions are obtained with small deviation linearized method and the global predictive model is gained by the method of neural network weights. Then, the control variables are calculated by predictive function controller. Finally, the simulation results testify the validity of this control algorithm.
机译:发电厂锅炉 - 汽轮机单元的协调控制系统是一种复杂的多变量系统,具有非线性,不确定度和强耦合。本文提出了基于神经网络的多模型预测功能算法,并应用于500MW单位。首先,通过小偏差线性化方法获得不同工作条件上的几个线性化模型,并且通过神经网络权重的方法获得了全局预测模型。然后,通过预测功能控制器计算控制变量。最后,仿真结果证明了该控制算法的有效性。

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