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Small-scale Source-network-load-storage Friendly Interaction Fusion Method

This paper proposes a practical method for formulating energy storage-assisted conventional unit peak shaving schemes based on multi-station integration of comprehensive technical evaluation indicators and economic evaluation indicators for switching stations, and adopts a planning system for regional power grids and different new energy generation penetration scenarios Two calculation examples were used for simulation and analysis, and energy storage auxiliary peak shaving schemes for conventional units were formulated for different scenarios. Finally, the feasibility of the method is verified through experiments.