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A Stackelberg-game based bi-level scheduling model of data center combined with shared energy storage considering price linkage and demand response

Shuo Zhang, Ming Wei, Yingzi Li, Yuanli Chen

2025Energy5 citationsDOI

Topics & Concepts

Demand responseStackelberg competitionComputer scienceScheduling (production processes)Energy storageRenewable energyElectricityData centerFair-share schedulingDynamic priority schedulingMathematical optimizationEnergy consumptionJob shop schedulingGenetic algorithmElectric power systemOperations researchDistributed computingElectricity generationData modelingElectricity pricingGame theoryEfficient energy useElectricity priceElectricity marketCogenerationLoad managementLinkage (software)Load profileRound-robin schedulingSmart Grid Energy ManagementCloud Computing and Resource ManagementGreen IT and Sustainability
A Stackelberg-game based bi-level scheduling model of data center combined with shared energy storage considering price linkage and demand response | Litcius