This　study　seeks　to　enhance　the　site　selection　procedure　for　decision-makers　to　select　the　most　effective　wind-powered　hydrogen　refueling　station　via　the　aid　of　Fuzzy　Multi-criteria　Decision-making　(FMCDM)　approaches.　To　accomplish　the　purpose　of　the　study,　technical,　economic,　environmental,　geographical,　and　social　aspects　constitute　the　influential　criteria　for　prioritizing　the　eight　aptest　cities　of　Iran.　Then,　the　Fuzzy　Multi-criteria　Optimization　and　Compromise　Solution　(FVIKOR)　is　employed　to　ascertain　which　alternative　should　be　chosen　as　the　most　efficient　one　with　respect　to　the　criteria.　In　addition　to　several　non-fuzzy　MCDM　techniques,　the　Fuzzy　Technique　for　Order　of　Preference　by　Similarity　to　Ideal　Solution　(FTOPSIS)　and　a　novel　integrated　method　are　applied　for　vali-dation.　Moreover,　an　FMCDM　approach　coupling　FTOPSIS　and　FVIKOR　has　been　introduced　for　the　prioritization　of　different　alternatives　while　many　conflicting　criteria　exist.　The　simulation　results　of　fuzzy　and　non-fuzzy　approaches　suggest　that　Manjil　is　the　best　option　for　the　purpose　of　study.　The　numerical　findings　also　imply　utilizing　a　100-kW　turbine　in　Manjil　generates　548,376　kWh　of　electricity,　resulting　in　the　prevention　of　109,675　kg　of　CO2　emissions　and　in　the　production　of　8876　kg　of　hydrogen　annually.　(C)　2021　Hydrogen　Energy　Publications　LLC.　Published　by　Elsevier　Ltd.　All　rights　reserved.