考虑新能源消纳能力的配电网源储荷协同控制OA

The distribution network involves multiple source nodes,energy storage devices,and load nodes,making the calculation of power consumption parameters more complex and reducing the quality of collaborative control of source-load-storage in the distribution network.A collaborative control method for distribution network source-load-storage considering the capacity of new energy consumption is proposed.Based on the node voltage deviation index,energy storage consumption,and power consumption,the average method is used to obtain the calculation results of power consumption parameters.Based on the calculation results of power consumption parameters,a weighted directed graph of the distribution network is established based on the balance distribution relationship between active and reactive power,and the new energy consumption capacity parameters are calculated.By combining the parameters of new energy consumption capacity,generator output,and charging and discharging power of energy storage equipment,a collaborative control objective function for distribution network source and storage is established to achieve collaborative control of distribution network source and storage.The experimental results show that the proposed method has significantly improved the power load demand of the distribution network,with high new energy consumption rate and energy storage efficiency,good power balance,and low load deviation rate.This proves that the method has a good effect on the collaborative control of source and storage in the distribution network.