To　solve　the　problem　of　low-carbon　economic　operation　of　virtual　power　plants,　this　paper　proposes　a　dynamic　pricing　mechanism,　and　establishes　an　optimization　model　of　energy　storage　allocation　planning　for　virtual　power　plants　including　carbon-green　certificate　joint　trading.　Firstly,　dynamic　carbon　trading　and　green　certificate　pricing　mechanisms　are　established　to　minimize　carbon　emissions.　Then,　the　multi-layer　optimization　model　of　upper　layer　transaction　pricing,　middle　layer　energy　storage　configuration　and　lower　layer　virtual　power　plant　economic　scheduling　is　constructed.　The　Karush-Kuhn-Tucher　condition　is　used　to　transform　the　lower　layer　model　into　the　constraint　condition　of　the　middle　layer　model,　and　then　intelligent　algorithm　is　used　to　solve　the　simplified　model.　Lastly,　a　simulation　example　is　given　to　verify　that　the　proposed　mechanism　improves　the　utilization　rate　of　clean　energy,　and　realizes　economical　and　low-carbon　cooperative　development　of　virtual　power　plant.　©　2025　IEEE.