When　a　fault　occurs　in　the　power　system　with　multiple　DFIGs　(doubly-fed　induction　generators),　the　control　scheme　and　short　circuit　calculation　model　of　the　DFIGs　are　not　all　the　same,　thus　affecting　short　circuit　current　distribution　in　the　power　system.　This　paper　proposes　a　short　circuit　calculation　method　for　the　power　system,　involving　the　determination　process　of　the　DFIG　control　schemes.　The　control　scheme　of　a　DFIG　mainly　depends　on　its　terminal　voltage　drop.　In　this　paper,　the　influence　of　DFIG　fault　models　under　continuous　excitation　control　and　crowbar　protection　control　on　fault　voltage　distribution　for　the　power　system　with　a　radial　wiring　structure　is　analyzed.　According　to　the　obtained　voltage　distribution　characteristics,　a　determination　method　for　the　post-fault　control　schemes　of　the　DFIGs　is　proposed.　Then,　by　contrast　with　the　system　based　on　conventional　synchronous　generators,　the　node　voltage　equations　and　short　circuit　calculation　program　chart　for　the　power　system　with　DFIGs　are　given.　At　last,　a　power　system　with　6　DFIGs　is　simulated　to　verify　effectiveness　of　the　proposed　determination　method　for　DFIG　control　scheme　and　the　short　circuit　calculation　method.　©　2019,　Power　System　Technology　Press.　All　right　reserved.