Abstract:  ABSTRACT： In order to ease the power grid operation pressure during peak hours, considering the basic function and the ability to organize load shifting resource dispatching of load aggregators, this paper mainly studies the task decomposition and scheduling policy of load aggregators to make them to maximize the benefits under the completion of load shifting resource dispatching. We construct the mathematical model for the users participating in load shifting resource dispatching, and propose the dynamic coefficient correction mechanism for the load shifting resource dispatching problems based on entropy method. Then we choose the core indicators related load shifting dispatching, adjust the task scheduling strategy of load integrator in real time according to users lateral dynamic execution, and implement evaluation according to the income of load aggregator and the completion of load shifting task. The results show that compared with the general average method and entropy method, the proposed algorithm strategy can ensure complete the load shifting resource scheduling tasks and realize the profit maximization for load aggregator, and this algorithm strategy is applicable to the load shifting resource dispatching in some circumstances.

Key words:  load shifting resources, dispatching strategy, deviation correction, demand response