In　order　to　solve　the　problems　of　weak　bidding　ability　and　difficult　market　accommodation　in　high　proportion　wind　power　market，a　bi-level　Stackelberg　game　model　of　high　proportion　wind　power　coupled　hydrogen　energy　storage　system　participating　in　spot　market　bidding　is　proposed.　Firstly，the　internal　energy　conversion　relationship　of　the　wind-hydrogen　coupling　system　is　studied，and　the　energy“time-space　translation”mechanism　of　the　wind-hydrogen　coupling　system　is　revealed.　Considering　the　benefits　of　the　wind-hydrogen　coupling　system　and　the　cost　of　wind　curtailment，the　wind　power　bidding　and　hydrogen　energy　storage　charging　and　discharging　decision　models　are　established.　Secondly，taking　into　account　the　interests　of　wind-　hydrogen　coupling　system　and　independent　system　operators，a　market　clearing　model　with　thermal　power　units　and　wind-hydrogen　coupling　system　as　the　main　body　is　established　based　on　Stackelberg　game.　Finally，aiming　at　the　difficulty　of　solving　the　two-layer　model，the　KKT（Karush-Kuhu-Tucker）condition　and　strong　duality　theory　are　used　to　transform　the　bi-level　model　into　a　single-level　mixed　integer　programming　model　which　is　easy　to　be　solved.　The　simulation　results　show　that　the　proposed　strategy　has　played　a　positive　role　in　the　market　consumption　of　high　proportion　of　wind　power.　©　2024　Science　Press.　All　rights　reserved.