Page 28 - Decision Making Applications in Modern Power Systems
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[32]   [33]   [34]   [35]   [36]  [37]  [38]   [39]





               to     economic  is  the  and  rank  to  climate,  photovoltaic  energy  oil  of  to
               studied  the  rotations  method  model,  processes  makers  generation  location,  install  renewable  center  proposed


               are    evaluating  calculation  existing  the  to  is
               criteria  for  crop  w.r.t.  developed  than  decision  energy  considering  variables  the  development  method  a


               economic  proposed  criteria  performance  the  by  better  be  for developed  nonrenewable  selecting  for  and  indicators,


               and  model  is  energy  done  is  to  found  is  and  determined  environmental  model  research  a  in  four  impact
               Environmental  the  develop  methodology  A  environmental  and  building  A  developed  study  case  A  are  results  framework  A  renewable  is  location  A  and  terrain,  plant  analytical  An  technology  industry  Considering  the  evaluate







               and  to  or            production              impact
               cooling  and  are  that  sources  the  buildings  in  the  for  any  technologies  photovoltaic  the  among  the  for  urban  in  decision-making.

               combined  buildings  utilization  crops  of  energy  resource  analyze  systems  efficiency  system  in  for  energy  renewable  method  consumption  multicriteria



               of  Japanese  rotation  the  to  support  management  generation  location  of  of
               use  energy  affecting  energy  model  energy  their  best  Spain  selection  evaluation  energy  MCDM,
               the  in  plant  the  the  as  a  of  increase  design  a  supply  power  in  distribution  and  an
               improve  Controlling  in  involved  used  develop  performance  to  model  of  determine  plants  technologies  design  excessive  process;


               To  heating  measure  being  To  and  To  energy  plant  Ranking  To  power  Optimal  projects  To  of  areas  hierarchical

               2015   2014   2014   2014   2013  2013  2012   2011
                                                                      Analytical



               7      8      9      10     11   12     13     14      AHP,
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