Improved Algorithm of Line Loss of Distribution Network Under Asymmetric Heterogeneous Load

The role of three-phase asymmetric load in the distribution network is very important, but there is a problem that the loss of power in the network transmission is relatively large. The existing adjacency matrix method cannot solve the problem of three-phase asymmetric load in the distribution network, and the evaluation is unreasonable. Therefore, a line loss improvement algorithm is proposed to optimize the three-phase asymmetric load analysis. The indicators are divided according to the three-phase asymmetric load requirements to reduce them Interference factors in three-phase asymmetric loads. Then, the power theory optimizes the three-phase asymmetric load to form a three-phase asymmetric load scheme, and the three-phase asymmetric load results are carried out Comprehensive analysis. the line loss improvement algorithm optimizes the line loss, power quality and resistance of three-phase asymmetric load Higher than the adjacency matrix method.