考虑碳排放流理论的风-碳捕集-电转气联合新型中长期调度方式

为了应对全球气候变化和实现“碳达峰”、“碳中和”目标，针对性实现碳减排和碳排放量化，结合碳排放流技术，研究了一种风-碳捕集-电转气联合的新型中长期调度方式。首先，采用碳排放流理论计算系统各节点的碳势指标；其次，构建碳捕集和电转气与风电的联合特性，同时，以综合成本最小为目标，建立含有风电、水电、抽蓄、碳捕集、电转气的发电系统中长期机组组合模型；最后，基于Gurobi对IEEE 39节点电力系统进行仿真，验证了所提研究方法的有效性。

New Medium-long Term Dispatching Mode of Wind-Carbon Capture-P2G Combined System Considering Carbon Emission Flow Theory

To cope with global climate change，and achieve the goals of carbon peak and carbon neutral，realize the targeted carbon emission reduction and carbon emission quantification，a wind-carbon capture-P2G combined energy system for medium-long term dispatching mode is proposed. Firstly，carbon emission flow theory is used to calculate the carbon indicators. Secondly，a combined system of carbon capture，P2G and wind power is constructed. Meanwhile，the medium-long term combination model of power generation system including wind power， hydropower， pumping storage， carbon capture and P2G is established to minimize the comprehensive cost. Finally，the simulation of IEEE 39-node power system is carried out based on Gurobi. The results prove the effectiveness of the proposed method.