Abstract
High conversion rate energy plays an increasingly important role in the “double carbon” goal as well as the energy saving and emission reduction goals. The technology of loss reduction and energy saving has become the focus of modern power system construction. A technical line loss reduction technique is implemented in this work for feeders in the distribution network with abnormal losses in the technical circuit. Power flow calculations, analysis, and comparison are conducted using the Newton-Lafson method. Considering the best single investment benefit ratio measure under the same type of multi-measure loss reduction, the genetic mutation algorithm was used to sort the combination schemes, the efficient algorithm was used to solve the optimal scheme, and the multi-type measure solving model of the distribution network was established.
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