Low Carbon Economy Optimization of WT-CCS-P2G Virtual Power Plant Considering Carbon Emission Constraint
Reducing carbon emissions can effectively mitigate the greenhouse effect,and integrated energy systems and carbon capture systems are important measures to achieve low carbon.Based on the integrated power-gas energy system,a carbon capture system with flexible operation mode to is introduced explore the role of carbon capture system in reducing carbon emissions,and a combined operation mode of wind power-carbon capture-P2G is proposed.Secondly,the effect of carbon emission constraint is considered,and the influence of carbon emission constraint on low-carbon operation of comprehensive energy system is studied by setting different carbon dioxide emission reduction coefficients.Finally,based on IEEE-39 nodes power system and 20-node natural gas system,the model is solved by GUROBI optimization software.The effects of the combined operation mode of wind power,carbon capture,power to gas and carbon emission constraints on the low-carbon economic operation of the system are verified by simulation analysis.The simulation data results verify that the proposed combined operation model of wind power-carbon capture-P2G can effectively reduce the carbon emissions of the system,and can also effectively improve the carbon emissions of the system by adjusting the carbon emission constraints.
Low carbon economy optimizationintegrated energy systemscarbon capture systemscarbon emission constraints
NETL
NSTL
万方数据
