Research on Multi-Stage Voltage Control Method for Distribution Network Considering Photovoltaic Energy Storage Coordination
The conventional multi-stage voltage control method for distribution networks mainly uses Kantorovich Latin hypercube distance reduction sampling algorithm to construct a control solution model,which is susceptible to the influence of source load random fluctuation scenarios,resulting in excessive deviation between the control voltage amplitude and the actual voltage amplitude.Therefore,a multi-stage voltage control method for distribution networks considering photovoltaic energy storage coordination is proposed,which constructs a multi-stage voltage control model for distribution networks,considers photovoltaic energy storage coordination to generate multi-stage voltage control strategies for distribution networks,and thus achieves multi-stage voltage control for distribution networks.The results show that the multi-stage voltage photovoltaic energy storage coordinated control method designed for the distribution network has a small deviation between the control voltage amplitude and the actual voltage amplitude,and has reliability and certain application value,making a certain contribution to improving the comprehensive operational performance of the distribution network.
photovoltaic energy storage coordinationdistribution networkmulti-stagevoltage control
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