MULTI-AGENT INVESTMENT PROPORTION OPTIMIZATION METHOD AND SYSTEM BASED ON COOPERATIVE GAME

摘要

A multi-agent investment proportion optimization method and system based on a cooperative game. The method comprises: establishing an energy hub model (S101); calculating the total investment cost of an incremental power distribution project on the basis of the energy hub model (S102); acquiring initial investment proportions of various agents according to the total investment cost, and determining related influence factors for redistributing the initial investment proportions (S103); and re-optimizing the initial investment proportions by means of an asymmetric Nash negotiation model by taking the relevant influence factors and the satisfaction evaluation criteria as correlation factors (S104). The method and the system can solve the problem of unfair alliance investment cost distribution, and indirectly improve the marketization degree of a power distribution network.