The　transfer　of　energy　storage　patents　can　facilitate　innovative　development.　The　present　study　analyzes　the　factors　influencing　the　transfer　of　cooperative　energy　storage　patents.　Based　on　data　from　the　incoPat　patent　database,　we　established　the　Cooperative　network　and　knowledge　network　of　energy　storage　patents　and　measured　the　impact　of　the　cooperative　and　knowledge　network　positions　on　patent　transfers　and　the　moderating　effect　of　the　innovation　environment.　The　main　findings　of　this　study　areas　follows:　(1)　The　position　of　cooperative　applicants　in　the　cooperative　network　influences　the　transfer　of　energy　storage　patents;　if　the　structural　holes　are　small　and　the　clustering　coefficient　is　high,　the　likelihood　of　transfer　is　greater.　(2)　The　position　of　knowledge　elements　in　the　knowledge　network　influences　the　transfer　of　energy　storage　patents;　if　the　degree　centrality　is　small,　closeness　centrality　is　small,　and　if　the　betweenness　centrality　is　large,　the　likelihood　of　transfer　is　higher.　(3)　The　innovation　environment　regulates　the　role　of　networks　in　patent　transfers:　a　high　level　of　economic　development　weakens　the　influence　of　cooperation　and　knowledge　networks,　while　a　high　level　of　patent　agency　enhances　the　role　of　cooperative　networks.　(4)　The　transfer　of　patents　for　energy　storage　collaboration　in　China　has　unique　characteristics.　The　present　study　has　important　implications　for　the　development　of　the　energy　storage　industry.　Governments　can　formulate　appropriate　incentive　policies　based　on　the　findings　of　this　study　to　promote　technological　innovation　and　exchange.　Patent　collaborators　can　identify　and　utilize　their　network　resources　based　on　the　recommendations　of　this　study　to　improve　the　efficiency　and　benefits　of　patent　transfers　and　jointly　promote　the　scale　and　market-oriented　development　of　the　energy　storage　industry.