考虑环境效益和碳成本的风电系统低碳经济调度

Heng Zhao, Yuyan Yang, Song Qing, T. Zhang, Jie Peng, Yongchen Jiang, Jichun Liu
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引用次数: 0

摘要

节能减排和能耗双控将是未来能源行业的重点。绿色电力和碳市场机制将有助于中国实现“双碳”。在现有的绿色电力交易机制下,风电的减碳效益被量化并转化为环境溢价。考虑环境效益和碳成本,建立了风电系统低碳经济调度模型。利用MATLAB和CPLEX对问题进行求解,分析了不同碳价对调度成本的影响。结果表明,上述模型可以有效地考虑可再生能源的碳配额和环境溢价对发电成本的影响。它可以平衡系统的电力生产经济性和低碳排放的责任。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Low Carbon Economic Scheduling of Wind Power System Including Environmental Premium and Carbon Cost
Energy saving, emission reduction, and dual control of energy consumption will be the focus of energy industries in the future. Green electricity and carbon market mechanism will help China achieve the “dual carbon.” Under the existing green electricity trading mechanism, the carbon reduction benefits of wind power are quantified and converted into an environmental premium. Considering the environmental premium and carbon cost, a low carbon economic scheduling model with wind power system is established. MATLAB and CPLEX are used to solve the problem, and the influence of different carbon prices on dispatching costs is analyzed. The results show that the above model can effectively take the impact of carbon quota and environmental premium of renewable energy on the power generation cost into consideration. It can balance the economy of electricity production of the system with the responsibility of low-carbon emission.
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