Low-carbon Economic Scheduling of Combined Cooling, Heating and Power Microgrid Considering Demand Response and Shared Energy Storage

Abstract In order to further promote the new energy consumption of combined cooling, heating, and power (CCHP) microgrid, reduce carbon emissions, optimize total operating cost a low-carbon optimal scheduling model CCHP microgrid was proposed. It considered demand response (DR) shared storage (SES). Firstly, concept SES its operation mode are applied microgrid. Secondly, in take advantage flexible nature multiple loads, an integrated (IDR) with ladder subsidy mechanism established. Then, introduces reward punishment trading (RPL-CTM). Finally, taking purchase cost, load reduction interaction station, wind abandoning penalty as optimization objectives, multi-energy coupling, multi-objective collaborative Numerical analysis indicates that can efficiently lower microgrid’s encourage use clean emission reduction.