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A new synthesis method for unit coordinated control system in thermal power plant - ADRC control scheme

机译:火力发电厂机组协调控制系统综合新方法-ADRC控制方案。

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The new nonlinear control technology-active disturbance rejection control is introduced, and the novel unit ADRC coordinated control scheme for thermal power generation unit is proposed. The key element of ADRC is extended state observer (ESO). The real-time dynamic linearization is implemented by disturbance estimation via ESO and disturbance compensation via control law, instead of differential geometry based feedback linearization and direct feedback linearization theory which need accurate mathematical model of plant. The decoupling for MIMO coordinated system of boiler-turbine unit is also easily implemented by employing ADRC. The simulation results on STAR-90 show that the ADRC coordinated control scheme can effectively solve problems of strong nonlinearity, uncertainty, coupling, large time delay. And it can improve greatly the control performance of coordinated control system. The structure of ADRC coordinated control scheme is simple and clear. It is evident that the proposed scheme lends itself well in providing innovative solutions to practical unit coordinated system problems.
机译:介绍了一种新型的非线性控制技术-主动抗扰控制,提出了一种新型的火电机组机组ADRC协调控制方案。 ADRC的关键要素是扩展状态观察器(ESO)。实时动态线性化是通过ESO的干扰估计和控制律的干扰补偿来实现的,而不是基于差分几何的反馈线性化和直接反馈线性化理论,这些理论需要精确的工厂数学模型。通过采用ADRC,锅炉-汽轮机MIMO协调系统的解耦也很容易实现。在STAR-90上的仿真结果表明,ADRC协调控制方案可以有效解决强非线性,不确定性,耦合,大时延的问题。可以大大提高协调控制系统的控制性能。 ADRC协调控制方案的结构简单明了。显然,提出的方案非常适合为实际的单位协调系统问题提供创新的解决方案。

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