This paper studies the impact of distributed power generation equipment access on the line loss of the transformer area

and designs an optimization scheme. The study has found that the access method

location and capacity of distributed power generation equipment have a significant impact on line loss. By rationally planning the access location

optimizing the access capacity and adopting intelligent scheduling strategies

line loss can be effectively reduced and the operation efficiency of the power grid can be improved. Actual case analysis shows that the optimization plan has greatly reduced the line loss rate

improved the quality of power supply

and brought significant economic benefits.