With　the　gradual　increase　in　the　proportion　of　renewable　energy　generation　such　as　wind　power,　it　is　necessary　to　implement　low-carbon　transformation　of　thermal　power　units　and　fully　exploit　the　capacity　of　industrial　load　demand　response,　so　as　to　achieve　carbon　peak　and　carbon　neutralization　of　energy　and　power.　On　this　basis,　a　multi-time　scale　scheduling　method　considering　typical　industrial　load　production　processes　is　proposed　in　this　paper.　Firstly,　with　regard　to　the　source,　a　comprehensive　flexible　operation　mode　of　carbon　capture　power　plants　is　introduced　to　coordinate　with　wind　power.　In　the　aspect　of　the　load,　the　production　characteristics　of　two　typical　industrial　users　are　specifically　considered,　and　the　production　models　that　meet　their　specific　constraints　are　established.　Secondly,　the　day-ahead　and　intra-day　two-stage　economic　dispatch　model　of　source-load　coordination　is　constructed　so　as　to　optimize　the　production　plan　of　typical　industrial　load　and　the　output　of　units,　while　improving　the　problem　of　load　loss　and　wind　curtailment.　Finally,　an　example　analysis　is　carried　out.　The　results　show　that　the　scheduling　method　proposed　in　this　paper　can　make　use　of　the　scheduling　advantages　of　source-load　adjustable　resources　to　realize　the　economic　dispatch　of　power　system.