防御作弊行为的多区域含氢综合能源系统三重博弈鲁棒优化OA

The source-load uncertainty,multi-interest games,and cheating behaviors in the trading process of multi-region integrated energy systems(IESs)with hydrogen pose challenges to the collaborative operation.Therefore,this paper proposes a robust optimization method of triple game for multi-region IESs with hydrogen against cheating behaviors.First,an operation architecture of multi-region IESs with hydrogen containing photovoltaic(PV)prosumers is established,and the distributionally robust chance constraints are incorporated into a two-stage distributionally robust optimization model under the Wasserstein distance ambiguity set,which fully considers the uncertainties on both the source and load sides of PV prosumers and each IES.Then,a triple game architecture of"Stackelberg+cheating+cooperation"is constructed to address the problems of multi-interest games among IESs with hydrogen and cheating behaviors in trading process.Finally,the alternating direction method of multipliers(ADMM)nested with the column-and-constraint generation(C&CG)algorithm is adopted for distributed solution,which can defend against cheating behaviors while protecting the privacy of participants.Simulation results verify that the proposed strategy can effectively improve the operation efficiency of IES and enhance its ability to cope with uncertain risks while resisting cheating behaviors.