To　account　for　the　impact　of　renewable　energy　output　correlation　on　the　operation　of　multi-energy　microgrids　and　respond　to　the　real-time　changes　of　source　and　load,　an　affine　real-time　optimal　dispatching　method　for　multi-energy　microgrids　with　renewable　energy　output　correlation　is　proposed.　Firstly,　the　Kalina　cycle　is　introduced　into　the　multi-energy　microgrid　to　achieve　a　flexible　economic　output　of　the　combined　heat　and　power　unit.　Secondly,　considering　the　uncertainty　of　source　and　load　and　the　correlation　of　wind　power　and　photovoltaic　output　on　the　operation　of　the　multi-energy　microgrid,　an　affine　optimization　model　of　the　multi-energy　microgrid　with　wind　power　and　photovoltaic　output　correlation　is　constructed　and　solved.　Thirdly,　based　on　obtaining　the　variation　range　of　the　optimal　scheme,　the　values　of　each　affine　noise　symbol　are　calculated　in　real-time,　thus　obtaining　the　real-time　dispatching　trajectory　of　the　multi-energy　microgrid.　Finally,　the　simulation　results　verify　that　the　proposed　method　can　fully　account　for　the　dual　effects　of　uncertainty　and　correlation,　effectively　deal　with　the　real-time　changes　of　source　and　load,　and　improve　the　system＇s　operation　economy.　©　2024　Power　System　Technology　Press.　All　rights　reserved.