A Peer-To-Peer Energy Sharing Framework for Prosumers Considering Network Constraints and Social Preferences

With the introduction and development of cyber-physical-social system (CPSS), social information has been considered and incorporated into the cyber-physical system. In this paper, a two-stage P2P energy sharing framework for prosumers with the considerations of network constraints and bilateral social preferences is proposed. In the first stage, DistFlow model is adopted to formulate the power flow model of the distribution network, and the power loss of the energy transaction is also considered. Furthermore, the second stage is to solve the effective matching problems between buyers and sellers with different preferences. Bilateral physical-social unite preference model of prosumers is proposed to capture the energy transaction preferences. Finally, the simulation results verify the performances of the proposed scheme.