The application relates to a power distribution line
power factor optimization system and method, and belongs to the technical field of power systems and methods. The technical scheme of the application is that a
perception layer and a
processing layer are connected with each other in data, a decision layer is connected with the
processing layer and an execution layer in data respectively, a multi-
physical field coupling twin model is constructed, a multi-parameter
coupling analysis unit is used to quantize multi-dimensional parameter
coupling influence weights,
power factor abnormal core roots are located, a non-cooperative game collaborative mechanism is constructed through a multi-node
game type collaborative optimization
decision unit, and an optimization model is realized to be self-iterated without manual intervention through a model self-evolution unit. The application has the beneficial effects that the problem of large
simulation deviation of a single
electrical model under non-ideal working conditions is solved, virtual-real mapping precision is greatly improved, the pertinence and effectiveness of an optimization strategy are improved, local node operation characteristics and
global system optimization are bidirectionally considered, model static solidification disadvantages are eliminated, and operation and maintenance costs are reduced.