Optimal Sorting Algorithm for Anti-error Simulation Operation of Distribution Network Scheduling under Topology Relation Reconstruction
In the distribution network scheduling with complex structure,the topology relations are complicated,the internal lines are complicated,the sorting process is easy to fall into local optimal,and the global optimal scheduling scheme cannot be obtained.Therefore,a optimal sorting algorithm for anti-error simulation operation of distribution network scheduling under to-pology relation reconstruction is designed.To obtain the topology diagram information of the distribution network,generate the distribution network diagram under topology relation reconstruction,and synchronously analyze the data to be reconstructed and the distribution network model.Petri net is used to describe scheduling operation activities in distribution network,and dy-namic incidence matrix is used to analyze scheduling anti-error simulation operation scheme.The risks under different links of each scheme and the risks of the overall scheme are calculated hierarchically,and the scheduling scheme with the least risk is se-lected to complete optimal sorting of anti-error simulation operation of distribution network scheduling.The test results show that this method is closer to the theoretical optimal scheme,relatively safe,and ensures the integrity and practical application of anti-error simulation operation process of distribution network scheduling.
万方数据
维普
