In　the　current　research　landscape，there　lacks　a　systematic　deployment　mechanism　for　new　emergency　resources　such　as　electric　vehicle（EV）from　user　side.　A　post-disaster　power　supply　restoration　strategy　that　considers　the　fuzzy　assessment　of　vehicle-to-grid（V2G）　potential　and　the　coordinated　scheduling　of　mobile　energy　storage　is　proposed　to　address　the　above　issues.　Under　the　premise　of　limited　fixed　dispatchable　energy，V2G　is　added　to　the　coordinated　scheduling　process　including　the　active　division　of　distribution　network　islands　and　the　spatio-temporal　transfer　of　electric　energy　by　mobile　energy　storage，so　as　to　establish　the　energy　connection　between　islands　and　ensure　the　continuity　and　stability　of　power　supply.　Considering　subjective　and　objective　influencing　factors，the　fuzzy　model　is　used　to　evaluate　the　EV　response　potential，in　order　to　guide　EVs　to　participate　in　power　supply　restoration　and　improve　the　utilization　rate　of　schedulable　capacity.　Combined　with　the　operation　constraints　of　the　distribution　network，a　post-disaster　restoration　model　is　established　with　the　goal　of　minimizing　the　power　failure　loss　and　restoration　resource　scheduling　cost，and　maximizing　the　profit　of　electric　vehicle　aggregation，taking　into　account　the　interests　of　the　grid　side，the　electric　vehicle　aggregation　and　users，and　reducing　the　loss　of　post-disaster　power　failure.　The　evaluation　indicators　are　set　up　to　verify　the　effectiveness　and　economy　of　the　proposed　strategy　in　a　simulation　example.　©　2024　Electric　Power　Automation　Equipment　Press.　All　rights　reserved.