Low-carbon operation mode auxiliary arrangement method based on carbon flow tracing

The invention discloses a low-carbon operation mode auxiliary arrangement method based on carbon flow tracing, and the method specifically comprises the steps: determining the carbon emission property of a generator set connected with a system, calculating the node carbon potential and carbon flow rate of the system on the basis of the known network frame topology and power flow distribution, and determining the carbon emission distribution condition; a low-carbon operation mode auxiliary arrangement model is constructed in combination with carbon flow distribution, and a low-carbon optimized power generation scheduling scheme is generated by taking minimum system total carbon emission and minimum system network loss as objective functions and considering power flow balance, node voltage, load rate, upper and lower limits of unit output, regional carbon emission indexes and clean energy power generation proportion constraint conditions. 本发明公开了一种基于碳流溯源的低碳运行方式辅助安排方法，具体为：确定系统所接发电机组的碳排放性质，在网架拓扑和潮流分布已知的基础上计算系统节点碳势