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Multiple Models Generalized Predictive Control for Superheated Steam Temperature Based On MLD Model

机译:基于MLD模型的多级蒸汽温度的多模型广义预测控制

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In view of the features of superheated steam temperature system in the power plant, with the models of controlled object under different circumstances, a multiple models modeling method based on mixed logical dynamical (MLD) model is given, and the GPC for the MLD is put forward, its stability is also discussed. The control algorithm is simple and more adaptable for the change of circumstance, also can avoid the disturbance of controllers' switch while using the common method. Considering the main steam temperature plant of a supercritical once-through 600MW boiler, the simulation is done to validate the control strategy. The result show the method has a strong robustness and better tracking performance, the satisfying control of the total operating conditions is also realized.
机译:考虑到发电厂中过热蒸汽温度系统的特点,在不同情况下的受控对象模型,给出了一种基于混合逻辑动力学(MLD)模型的多模型建模方法,并放置了MLD的GPC向前,还讨论了其稳定性。控制算法简单且更适应环境变化,也可以避免控制器交换机的干扰在使用常用方法时。考虑到超临界一致600MW锅炉的主蒸汽温度厂,模拟完成以验证控制策略。结果表明该方法具有强大的鲁棒性和更好的跟踪性能,还实现了对总操作条件的令人满意的控制。

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