Demand Response Optimization Strategy of Data Center Considering P2P Transaction

With the continuous maturity of the electricity market, in addition to large industrial loads with large volumes and strong controllability, the categories of participants in power demand response are also constantly enriched. In order to further tap the demand response potential of the data center and reduce the interaction cost to optimize the energy allocation, this paper models the energy consumption of the data center, and proposes to replace the diesel generator with the P2P transaction between the data centers managed by different operators to make up for the demand response index gap, and establishes a non-cooperative game model between the data centers. The simulation results show that the introduction of P2P transactions between data centers can achieve the purpose of optimizing cost and energy allocation, and analyzing the impact of transaction price changes on interaction.