To meet the requirements of accommodating new energy sources and balancing power supply and demand,a new type of power system dominated by new energy sources needs to maximize the load-side regulation capability.To address the problem of insufficient exploitation of load-side regulation capability,this study proposes an electricity load optimization method based on an interactive real-time electricity price mechanism.Firstly,a generalized benchmark new energy output curve is established based on the total new energy within a regional power grid.Secondly,a source-load similarity calculation method based on improved time series morphological similarity is proposed to calculate the similarity between electricity load and the generalized new energy benchmark curve,and a model for the correlation between load and electricity price is constructed.Then,an interactive real-time electricity price mechanism based on source-load similarity is proposed to guide user participation in response.Finally,a multi-objective optimization model is constructed for load optimization.Simulation results show that the proposed interactive real-time electricity price mechanism achieves better load optimization results,effectively increases user participation in demand-side response,and accurately measures the similarity between new energy and load curves.This approach stabilizes the net load power and promotes the high-quality integration of new energy.
维普
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