The proposal of the "double carbon" goal puts forward higher requirements for the energy transformation of the power industry. With the access of multiple loads, more and more complex diversity and random uncertainty problems are brought to the power grid. Therefore, a strategy of reducing loss of distribution network under the interaction of source network load and storage is proposed. Firstly, the multi load output characteristics of clean energy, electric vehicles and energy storage systems are studied. Secondly, based on the multi load output characteristics, the strategies and model of reducing loss of distribution network under the interaction of source network load and storage is constructed. Finally, an example is analyzed. The results show that the proposed the strategies of reducing loss of distribution network under the interaction of source, network, load and storage can better coordinate power grid resources and improve energy efficiency.
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