In order to solve the resource allocation problem of electric vehicle charging stations,a multi-objective programming model for target demandwas established.Firstly,hierarchical sequence meth-od was used to prioritize the two objects according to their importance,and then the two objects were transformed into two 0-1 integer programming models.Secondly,LINGO software was used to obtain the optimal solution of the initial construction cost of charging station and the minimum charging distance of users.Finally,the optimal charging station configuration scheme and the demand points of each charging station were obtained.The research results can provide theoretical and technical support for urban electric vehicle charging station design.
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