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In allusion  to  such  problems  as  excessive   subjective  consciousness  brought  by  traditional single  object   evaluation method, lacking of objective evaluation on raw data itself and  uneven  distribution  of  weights  and  so  on,  thus  based  on best worst method(BWM, entropy weight and technique for order  preference  by  similarity  to  an  ideal  solution  (TOPSIS)  a comprehensive  evaluation  method  for  power  grid  security  and benefit  was  proposed.  In  this  method,  firstly,  the  solution  of Nash equilibrium was taken as the object of coordinated optimization and led into  BWM-entropy weight  method to  calculate the  comprehensive  weight;  secondly,  the  TOPSIS method was utilized  to  sort  the  disparity  among  the  selected  schemes  and ideal scheme. Finally, the most reasonable scheme was defined. In the proposed method, all objective data were utilized to balance  both  subjective  and objective weights.  Taking  the  16   indices  in  both  safety  and  benefit  in  2017  given  by  State  Grid Economic Research Institute  taking for  example the feasibility of the proposed method is verified.

Comprehensive Evaluation of Power Grid Security and Benefit Based on BWM Entropy Weight TOPSIS Method