Electricity-carbon P2P trading model for multiple virtual power plants considering carbon-green certificate market coupling
In order to explore the peer to peer(P2P)trading mode between virtual power plants(VPPs)under multi-market trading,an electricity-carbon P2P trading model for multiple VPPs considering the car-bon-green certificate market coupling is proposed.The aggregation model of multiple VPPs including photovol-taic,energy storage,central air conditioning,carbon capture unit and user load is established,and the VPP trading model coupled with green certificate and carbon quota is also established.On this basis,based on the cooperative game theory,the social benefit maximization model of multiple VPPs is established,which is distributed solved by the alternating direction method of multipliers.The asymmetric Nash bargaining model is established to distribute the residual cooperative profits.A numerical example is given to verify that the proposed model can improve the economic benefit and reduce the CO2 emission of VPP.
virtual power plantscarbon captureP2P tradingasymmetric Nash bargainingcarbon-green cer-tificate market couplingcooperative game
万方数据
维普
