摘要
建立以碳减排速率和碳排放权交易速率为决策变量,以累积碳排放权为状态变量,以减排成本为目标函数的决策模型,运用最优控制技术给出电厂最佳减排速率和天然气使用量,得出电厂在参与碳排放权市场时比不参与时的边际减排成本小,政府更容易实现减排目标。
Based on the above background, the paper established an optimal decision model by taking the rate of emission abatement and the rate of carbon permits trading as decision variables, the level of accumulative carbon permits as a status variable, the total cost of emission abatement as an objective function. Then we deduct the dynamic paths of the emission abatement rate and the usage amount of natural gas. We also conclude that the marginal cost of emission reduction with carbon trading is smaller than that without carbon trading and the government can more easily achieve the emission target during the planning period.
出处
《科技管理研究》
CSSCI
北大核心
2015年第22期190-196,共7页
Science and Technology Management Research
基金
教育部人文社科项目"基于随机方法的碳排放权及其衍生品定价研究"(14YJAZH091)
关键词
混合能源减排
碳排放权
最优决策
边际减排成本
emission abatement by hybrid energy usage
carbon permits
optimal decision
the marginal cost of emission reduction
