To　reveal　the　heterogeneity　of　risk　spillovers　of　new　global　energy　listed　companies　at　different　time　and　frequency　scales　and　to　further　explore　the　external　impact　of　risk　spillovers　from　new　energy　listed　companies　through　the　construction　of　a　spillover　index　model　and　complex　network,　this　paper　studies　the　risk　spillover　effect　of　new　energy　listed　companies　from　three　aspects:　static,　geographical　and　dynamic.　The　TVP-VAR　model　is　constructed　to　study　the　impact　of　economic　policy　uncertainty,　climate　policy　uncertainty,　geopolitical　risk,　El　Nin　similar　to　o,　and　international　crude　oil　prices　on　new　energy　listed　companies.　The　results　show　that　new　energy　listed　companies　have　a　more　significant　long-term　risk　spillover　relationship　and　regional　heterogeneity.　Total　is　a　systemically　important　company.　In　contrast　to　the　findings　of　existing　studies,　we　find　that　climate　policy　uncertainty　increases　the　risk　spillover　effect　between　new　energy　listed　companies　in　both　the　short　and　long　terms.　In　addition,　new　energy　listed　companies＇　response　directions,　intensities,　and　speeds　of　risk　spillovers　to　various　external　shocks　at　different　time　points　differ