基于蚁群散布游走算法的电力系统控制方法

Power System Control Method Based on Ant Colony Distributed Walk Algorithm

由于电力系统故障频发,且故障种类复杂,传统控制方法对故障控制速度较慢,为此提出基于蚁群散布游走算法的电力系统控制方法。根据系统节点特征,由一组微分-代数方程构成的非线性控制模型,完成电力系统结构稳态模型的建立;通过蚂蚁散步游走算法对模型进行求解,分析电力系统节点信息;设定电力系统电力节点控制输出原则,判断电力系统运行状态是否正常,以此完成基于蚁群散布游走算法的电力系统控制方法设计。经实验证明,此次提出方法对电力系统故障具有较快的控制速度。

Due to the frequent occurrence of power system faults and the complexity of fault types,the traditional control method is slow to control the faults.Therefore,a power system control method based on ant colony scatter walk algorithm is proposed.According to the characteristics of power system nodes,a set of nonlinear control model composed of a set of differential algebraic equations is established to complete the steady-state model of power system structure;the model is solved by ant walking algorithm to analyze the information of power system nodes;the control output principle of power system nodes is set to determine whether the power system is in normal operation state,so as to complete the ant colony based dispersion The design of power system control method based on walk algorithm.Experiments show that the proposed method has a faster control speed for power system faults.