Economic operation evaluation of park integrated energy system considering electricity-carbon trading
The carbon dioxide emissions of various parks account for about 30%of China's total carbon emissions.The low-carbon and efficient park integrated energy system is an important way to achieve China's"carbon peak,carbon neutrality"goal.Firstly,this paper establishes the electricity-carbon market trading architecture of the park integrated energy system,and analyses the carbon emission responsibility of the park integrated energy system.Then,considering the energy purchase cost and carbon emission transaction cost,the economic operation evaluation model of the electricity-carbon benefit of the park integrated energy system is proposed with the goal of minimizing the overall operation cost of the system.The example analysis shows that the economic operation evaluation model proposed in this paper can fully reflect the carbon emission cost of the integrated energy system,and proves that the introduction of indirect carbon emission cost will increase the overall operation cost.Higher carbon price and higher emission reduction targets can drive the parks to reduce the total carbon emission and help achieve the"double carbon"goal.
integrated energy systemindustrial parkcarbon emissioneconomic operation
万方数据
维普
