Multi-objective Programming for Distributed Power Access Incremental Distribution Network

Distributed power access has a significant impact on economy and security of incremental distribution network. In this paper, economy and security are taken as the optimization goal, the constraints such as power balance and voltage deviation are constructed, and the multi-objective programming model of distributed power supply access capacity is established considering the different output scenarios of distributed power supply, and the Pareto optimal solution set is obtained by using non-dominant sequencing genetic algorithm. The validity of the proposed method is verified based on the analysis of the IEEE33 node model.