Aiming　at　the　problem　that　large-scale　new　energy　and　energy　storage　access　to　the　distribution　network　leads　to　the　difficulty　of　carbon　emission　traceability　and　the　overburden　of　communication,　a　regional　distributed　control　method　of　the　distribution　network　considering　carbon　emission　sharing　is　proposed.　First,　based　on　the　topology　and　node　information　of　the　distribution　network,　the　spectral　clustering　method　is　used　to　divide　the　distribution　network　into　clusters.　Then,　the　influence　of　new　energy　sources　and　energy　storage　components　on　the　distribution　of　carbon　flow　is　quantified,　and　the　carbon　flow　calculation　method　applicable　to　the　new　type　power　system　is　proposed　to　solve　the　traceability　problem　of　the　spatial　and　temporal　transfer　of　carbon　emission　due　to　the　operation　of　energy　storage.　The　dynamic　carbon　emission　factor　reflecting　the　regional　carbon　emission　of　electric　power　is　proposed　by　combining　with　the　concept　of　carbon　potential.　Finally,　based　on　the　boundary　coupling　relationship,　the　distribution　network　current　and　carbon　flow　are　decoupled,　and　the　consistent　alternating　direction　multiplier　method　is　utilized　to　solve　the　distributed　scheduling　model　of　the　distribution　network　in　parallel.　The　simulation　results　show　that　the　proposed　method　can　achieve　accurate　traceability　of　regional　carbon　emissions　and　reasonable　sharing　of　carbon　emission　responsibility　while　protecting　the　data　privacy　of　each　region　and　reducing　communication　pressure.　©2024　Chin.Soc.for　Elec.Eng.