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阐述了用系统理论方法解决电力系统综合控制器的最优选址问题。首先根据电力系统的特点简化描述系统的数学模型，进而寻找到一种对系统的动态品质和综合控制器位置都敏感的参数，在此基础上构造相应的目标函数，用动态规划方法确定综合控制器的最优位置。仿真结果表明，最优综合控制器的合理安装能够有效地提高整个系统的稳定性。
Describes the system theory method to solve the optimal location of power system controller. Firstly, the mathematical model describing the system is simplified according to the characteristics of the power system, and then a parameter that is sensitive to both the dynamic quality of the system and the position of the integrated controller is found. Based on this, a corresponding objective function is constructed and the dynamic programming method is used to determine the comprehensive control Optimal location of the device. The simulation results show that the reasonable installation of the optimal integrated controller can effectively improve the stability of the whole system.