基于多智能体一致性算法的多变换器协同控制OA

To address the issues of power distribution imbalance and voltage/frequency deviation caused by line impedance mismatch in multi-converter parallel systems,a collaborative control method based on a multi-agent consensus algorithm was proposed.Adaptive virtual impedance was dynamically generated by a distributed consensus protocol to effectively compensate for line impedance differences,thereby achieving equal distribution of both active and reactive power.Meanwhile,a multi-agent consensus algorithm was employed to achieve collaborative control among multiple converters.On this basis,the active-power-frequency and reactive-power-voltage droop characteristics curves were adaptively adjusted,thereby reducing the frequency and voltage deviations of the system.Finally,simulations and comparative analysis under various operating conditions in an islanded microgrid were conducted using MATLAB/Simulink and the effectiveness of the proposed control method is validated.