Fully mobilizing multiple types of demand-side resources to participate in the supply and demand interaction of power system is an important measure to promote the consumption of new energy and ensure the safe and stable operation of power grid.Aiming at the demand of multi-level aggregation of regional large-scale adjustable resources to participate in interactive response of power grid,a hierarchical control system architecture of load-side resources and an interactive fusion mode of adjustable load information are presented.The performance requirements of interactive communication system and data requirements of dynamic interactive decision making involving adjustable resources are analyzed,and an interactive potential analysis method for multi-level aggregation response of large-scale adjustable resources are proposed to support interactive response and optimal control of multi-class resources.Finally,a numerical example is given to verify the effectiveness of the proposed method.
new power systemadjustable resourcesinteractive responsepotential analysis
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