Low-carbon Optimization of Distribution Networks under the Consideration of New Energy Integration

Abstract

Under the background of proposing the dual carbon target and building a new power system, distributed energy and energy storage are widely connected to the distribution network, and how to use distributed energy to realize low-carbon optimization of the distribution network needs to be studied urgently. This paper firstly analyzes the computation method of carbon emission flow from distribution networks and then establishes a node carbon potential model of the energy storage element and a low-carbon optimization model of distribution networks aiming at minimizing carbon emissions. Finally, it is verified through examples that new energy access can promote the low-carbon optimization of distribution networks.