In　order　to　solve　the　problem　of　cooperative　operation　of　wind-hydrogen　multi-energy　system　under　market　mechanismthe　cooperative　operation　strategy　of　wind　power-virtual　hydrogen　plant　VHPparticipating　in　spot　market　based　on　Nash　bargaining　theory　is　proposed.　The　flexible　operation　mechanism　of　hydrogen　energy　system　is　revealed　from　three　aspects　of　hydrogen　productionhydrogen　storage　and　flexible　hydrogen　load.　The　concept　of　VHP　is　proposed　and　an　integrated　model　of　hydrogen　energy　system　considering　the　cooperative　operation　of　productionstorage　and　utilization　is　established.　On　this　basisconsidering　the　charac　teristics　of　resource　complementarity　and　low　carbon　complementarity　among　different　hydrogen　production　technologiesthe＇comprehensive　hydrogen　production＇system　for　the　coupling　operation　of　electrolytic　water　hydrogen　production　and　coal　hydrogen　production　is　put　forward　from　the　perspective　of　technological　com　bination　innovation.　The　uncertainty　of　wind　power　and　market　electricity　price　are　described　based　on　the　typical　set　of　scenariosand　taking　the　maximum　revenue　as　the　objectivethe　two-stage　stochastic　program　ming　model　of　wind　power-VHP　cooperative　operation　in　the　electricity　spot　market　environment　is　established　based　on　the　Nash　bargaining　theory.　In　order　to　protect　the　privacy　of　each　subjectafter　the　equivalent　conversion　of　the　original　Nash　bargaining　problemthe　distributed　solution　of　the　cooperative　operation　model　is　realized　based　on　the　alternating　direction　method　of　multipliersand　the　effectiveness　of　the　pro　posed　strategy　is　verified　by　simulation　examples.　©　2023　Electric　Power　Automation　Equipment　Press.　All　rights　reserved.