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Two degree of freedom internal model control-PID design for LFC of power systems via logarithmic approximations

机译:通过对数近似的电力系统LFC的两度自由度内部模型控制PID设计

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Load frequency controller has been designed for reduced order model of single area and two-area reheat hydro-thermal power system through internal model control - proportional integral derivative (IMC-PID) control techniques. The controller design method is based on two degree of freedom (2DOF) internal model control which combines with model order reduction technique. Here, in spite of taking full order system model a reduced order model has been considered for 2DOF-IMC-PID design and the designed controller is directly applied to full order system model. The Logarithmic based model order reduction technique is proposed to reduce the single and two-area high order power systems for the application of controller design.The proposed IMC-PID design of reduced order model achieves good dynamic response and robustness against load disturbance with the original high order system. (C) 2018 ISA. Published by Elsevier Ltd. All rights reserved.
机译:负载频率控制器专为通过内部模型控制 - 比例整体衍生物(IMC-PID)控制技术而设计的单区域和两区域再热水电系统的阶数模型。 控制器设计方法基于两度自由度(2DOF)内部模型控制,其与模型顺序减少技术相结合。 这里,尽管采用完整的订单系统模型,但考虑了2dof-imc-PID设计的减少的订单模型,并且设计的控制器直接应用于完整订单系统模型。 提出了基于对数的模型顺序减少技术,以减少用于控制器设计的单个和两面积高阶电力系统。所提出的减少订单模型的IMC-PID设计实现了良好的动态响应和与原始负载干扰的鲁棒性 高阶系统。 (c)2018 ISA。 elsevier有限公司出版。保留所有权利。

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