一、Distributed energy storage application scenarios

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• （1）A paper mill storage project

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             project introduction：

             Build a demonstration project of "International First Class Integrated Energy Storage 

       and Charging Demonstration Zone", improve the efficiency of electricity utilization, save 

      electricity   expenses, and reduce energy consumption.

            Project scale：

            Energy storage system 750kW/1.5MWh.

• （2）Light storage and charging project in a certain park

  
  

•           Application industry: Park charging stations

•           Operation strategy: Light: spontaneous self use    

•                             Storage: Peak shaving and valley filling power compensation      

•                             Charging: Load constraint

•           Strategy description:

•                    Photovoltaic power generation supplies power to charging piles. When the photovoltaic power is

•        sufficient, the surplus electricity is used to supplement the energy storage. When the photovoltaic power

•        is insufficient or the load approaches the capacity of the transformer, the energy storage discharge is controlled

•        as compensation electricity. When the photovoltaic energy storage is powered by the mains electricity and the

•        mains electricity approaches the capacity of the transformer, the charging is controlled to start. When there is a

•       full charge, other subsequent vehicles are started in the order of gun insertion.

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