Optimal configuration technology of energy storage in multiple source-grid-load scenarios
YU Yang
ZHENG Jiawen
XIAO Lin
XIE Jieyong
Abstract：Exploring the optimal configuration technology of energy storage systems in multiple scenarios of power generation,grid and load,and its application in demand management.It analyzes the different application scenarios and values of energy storage systems on the power generation side,grid side and user side.It proposes a demand management strategy for the user side based on the two-part tariff model,constructs an optimization model for balancing the charging and discharging power and demand management of energy storage systems,and through case analysis,verify the actual effect of the energy storage system in demand management.The results show that while achieving the stable operation of the power system,the energy storage system can significantly reduce users'electricity charges and improve economic benefits through peak-valley price difference arbitrage and demand management,providing a reference for the optimal allocation of energy storage in multiple scenarios of power sources,grids and loads.
Keywords：source network chargeenergy storage systempeak-valley electricity pricedemand managementoptimized configuration
Publication Date：2025-05-25
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：5( 39-43 )