Disclosed is an energy transition decision support method based on technology-economy-real participant-computer agent interactive simulation, which falls within the technical field of energy planning. According to the present invention, the method comprises: adding a transition decision of a real participant to a quantitative energy system technology-economy model; and in each stimulation step, taking decision-making behavior of the real participant and a computer agent as the input quantity of an objective technology-economy model, and adjusting a decision of the next stage based on a simulation result under the drive of a behavior decision of a previous stage, so as to reflect the interaction influence of technology-economy-multiple-side game behavior in the time track of the simulation result. According to the present invention, the adverse effect caused by the deviation of a computer agent in simulating behavior of an important role can be reduced, thereby giving consideration to the advantages of a real participant and the computer agent in simulating the behavior of a human.
ENERGY TRANSITION DECISION SUPPORT METHOD BASED ON TECHNOLOGY-ECONOMY-REAL PARTICIPANT-COMPUTER AGENT INTERACTIVE SIMULATION