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technique  and  cost  the  as  such  a  the  load  presented  and

               (HC)        and    total  violating  operational  results  the  in  allowing  operators  as  output  DG  uncertain  was  technical  technique

               capacity    location  NSGA-II  the  the  to  due  uncertainties,  and  competitive  confidence  thus  such  fluctuating  and  prices,  framework  preset  NSGA-II


               hosting     DG  as  using  reducing  arise  may  the  handle  output,  to  led  the  improved,  network  the  parameters,  vehicles,  fuel  the  with  using


               the         such  performed  namely,  that  to  fluctuating  method  addition,  been  by  uncertain  varying  optimization  performed
               in          considered  is  threats  used  unit  configuration  PEM  In  has  taken  be  various  electric  complying  is
               applications  were  planning  investigated,  operational  was  flow  DG  network  the  using  techniques.  voltages  node  to  decision  of  output  location,  multiobjective  while  planning




               its              DG  were  the  constraints  load  variations,  the  other  the  considered  power  integration  HC  the  constraints  DG
               and    findings  uncertainties  level  Multiobjective  objectives  minimizing  predefined  probabilistic  load  in variations  concluded  to compared  of estimation  confident  authors  stochastic  and  probabilistic  maximize  economic  Multiobjective

               techniques  Main  Various  penetration     Two     A     daily     was  It  more     The  power  growth  A     to



               decision-making  system  Test  30-bus  IEEE  9-bus     547-bus     system  real  IEEE Modified  13-bus  system     37-  IEEE  bus  69-bus     152-bus







               the
               of                                                approach
               survey  Decision-making                           Scenario-based


               comprehensive  technique  MCS  MCS  PEM  MCS






               A      Year  2006  2011   2010           2011     2016
               9.1
               TABLE  studies.  Reference  [9]  [10]  [11]  [12]  [13]
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