一种基于稀疏通信网络的分层协同控制框架OA

To address the issues of uneven reactive power distribution caused by line impedance mismatches and voltage/frequency deviations induced by droop control in renewable energy shipboard microgrids,a hierarchical cooperative control framework based on consensus algorithms is proposed in this paper.Virtual impedance is adaptively compensated for impedance differences via a sparse communication network,while secondary control signals are simultaneously generated to eliminate voltage and frequency deviations,achieving global cooperative optimization.A dual-generator parallel system model was established on the Matlab/Simulink simulation platform for simulation.The results demonstrate the proposed method's effectiveness in improving reactive power distribution accuracy and enhancing voltage and frequency stability.