Zhaoyu Liu
ABSTRACT
As the demand for transformation ad upgrading of my country's new-type distribution network is becoming more and more urgent, it becomes very important to study the power and energy balance method of multi-interactive distribution network based on source-network-load coordination. This paper first analyzes the power and energy balance mechanism of multiple interactive distribution networks with source-network-load coordination, and establishes an optimal scheduling model that includes source-network-load-storage operation status and output power; secondly, the scheduling layer model is simplified to a mixed integer linear programming problem. The life loss cost is determined according to the energy state of each energy storage system state transition; finally, the feasibility and effectiveness of the method proposed in this paper are verified through the analysis of simulation examples.
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