Self Regulation and Cooperative Control Model of Voltage and Reactive Power in Power System Adapting to Cluster Wind and Power Access

The conventional voltage and reactive power autonomic cooperative control model of power system mainly uses the automatic voltage control (AVC) automatic selection method to predict the control power, which is vulnerable to the effect of large amplitude of reactive power and voltage jitter, resulting in low optimization rate of control objectives. Therefore, a new voltage and reactive power autonomic cooperative control model of power system needs to be designed in combination with the cluster photovoltaic access. That is to say, the voltage and reactive power autonomous cooperative control algorithm of power system is designed, and the reactive power and voltage coordinated control strategy suitable for cluster wind and solar power access is formulated, thus generating the voltage and reactive power autonomous cooperative control model of power system. The experimental results show that the control objective optimization rate of the designed voltage and reactive power autonomous cooperative control model for the cluster wind and power access is high, which proves that the designed voltage and reactive power autonomous cooperative control optimization model has good performance, reliability and certain application value, and has made certain contributions to improving the operation reliability of the power system.