Low carbon operation of integrated energy systems with carbon capture devices

In recent years, the environmental problems related to carbon dioxide emission have become increasingly prominent. The carbon seize gadgets are brought into the gadget for optimization. In this paper, firstly, the curbing wind punishment aspect is used to convert the curtailed wind quantity into the wind curtailment cost, and a low-carbon monetary operation mannequin of the built-in strength device with carbon seize units is hooked up with the gadget running price and carbon emissions as the multi-objective. The regular boundary intersection approach is used to assemble the Pareto frontier of multi-objective problems, and deciding on answer with biggest complete pride as the compromise answer thru fuzzy membership function. Then, the optimization results in different scenarios are compared, and the influence of power to gas raw material cost coefficient on the system operation is analyzed, verifying that using captured CO2 as the gas production material effectively improves the operating efficiency of the power to gas and enhance the new energy consumption capacity as well as operational economy of the system. Finally, the contradiction between system operating economy and low-carbon caused by carbon capture introduction is studied in the multi-target scenarios, which proves that carbon capture can effectively improve the carbon emission reduction capacity of integrated energy system.