The invention relates to the technical field of electric power, in particular to a real-time new energy auxiliary consumption method based on excitation type comprehensive demand response. The real-time new energy auxiliary consumption method comprises the following steps: S1, a dispatching center publishes the output condition of a current production unit, and each user publishes the load demandof a current time period; S2, the difference between system energy production costs under the condition that n participates in the excitation type comprehensive demand response into consideration andnot into consideration is taken as the economic excitation of the user participating in the demand response; S3, each user updates the load demand of the current time period; S4, the load demands of each user before and after updating are compared, wherein if the load demands of all the users are not changed, going to the step S5, or, returning to the step S2; and S5, the dispatching center arranges the output of the production unit according to the load requirement of each user in the current time period. According to the real-time new energy auxiliary consumption method, the coupling characteristic of the thermoelectric load of the user under the comprehensive energy system background is considered, and the enthusiasm of the user participating in demand response is excited by utilizing an economic excitation means, and new energy consumption in a peak period is assisted.