Research on Design of V2G Energy Storage Charging Pile Considering Virtual Load Analysis
With the promotion of V2G energy storage charging piles,the flexible load potential of scattered users in virtual power plants has been increasing.However,there is limited research on negative control technologies for scattered users in existing systems.This paper proposes a design solution that combines the energy storage bat-tery integrated in the charging pile.Through smart technology,it enables demand response from the grid without requiring external negative control signals.By utilizing multi-data fusion and artificial intelligence technologies,the system analyzes local historical load data,current frequency-voltage fluctuations,and other parameters to construct a virtual local grid load demand prediction model.Furthermore,it uses HPLC(High-Performance Liquid Chro-matography)communication to precisely control the charge and discharge states of the energy storage equipment.Field tests show that the system can effectively manage grid loads under various conditions,significantly improv-ing grid stability and regulation capability.It successfully realizes offline intelligent automatic control of V2G,pro-viding essential support for the construction of an integrated source-network-load-storage modern smart grid.
energy storage charging pileV2Gsmart gridload analysis
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