Abstract
I39 order to study the influence of the proportion of different types of load on the optimal allocation of distributed generation capacity (DGC), a stand-alone AC/DC hybrid microgrid model with wind turbine, photovoltaic, diesel generator and storage energy battery (WT-PV-Die-BT) system is built, the optimal allocation model is established with the objective function of economy, reliability & environmental protection and multiple constraints. The corresponding operational strategies are put forward, and modified particle swarm optimization (MPSO) algorithm based on inertia weight, shrinkage factor and iterative termination criterion is proposed. The optimal allocation results of DGC with different load proportion are obtained for stand-alone AC/DC hybrid microgrid. The influence of the proportion of different types of load on the optimal allocation of stand-alone AC/DC hybrid microgrid is analyzed, and the effectiveness of the optimal allocation method and operation strategy is verified.
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