摘要
研究目标:基于2030年碳达峰目标,将公平、效率、责任、发展等多项原则纳入区域间碳排放权分配方案中。研究方法:综合运用空间联立模型、零和博弈SBM模型、熵权法等构造不同原则下的碳配额分配方案。研究发现:兼顾公平与效率原则的综合性碳配额分配方案因地区间减排成本差异小而容易被更多主体所接受,最适合中国当前情况。研究创新:设计的碳配额分配方案在公平性原则的基础上融入可持续发展原则,在效率性原则的基础上融入零和博弈的思想,兼具公平性、效率性、可持续性和可操作性。研究价值:制定区域间初始碳配额的合理分配方案,对于推进省际协同减排战略、建立和完善全国统一碳交易市场、实现2030年碳达峰目标具有重要的借鉴意义。
Research Objectives: Based on the goal of peak carbon dioxide emissions in 2030,many principles such as fairness, efficiency, responsibility and development are incorporated into the interregional carbon emission rights allocation scheme. Research Methods: Spatial simultaneous model, zero-sum game SBM model and entropy weight method are used to construct carbon quota allocation schemes under different principles. Research Findings: The comprehensive carbon quota allocation scheme taking into account the principle of fairness and efficiency is easily accepted by more subjects due to the small difference in emission reduction costs between regions, which is most suitable for China’s current situation. Research Innovations: The designed carbon quota allocation scheme integrates the principle of sustainable development on the basis of fairness principle, and integrates the idea of zero-sum game on the basis of efficiency principle, which has fairness, efficiency, sustainability and operability. Research Value: The formulation of a reasonable allocation scheme of regional initial carbon quotas is of great significance for promoting the coordinated emission reduction strategy among provinces, establishing and improving the national unified carbon trading market, and achieving the goal of peak carbon dioxide emissions in 2030.
作者
王文举
孔晓旭
Wang Wenju;Kong Xiaoxu(Institute for Carbon Peak and Neutrality,School of Economics,Beijing Wuzi University;School of Economics,Capital University of Economics and Business)
出处
《数量经济技术经济研究》
CSSCI
CSCD
北大核心
2022年第7期113-132,共20页
Journal of Quantitative & Technological Economics
基金
国家社会科学基金重大项目“中国碳市场成熟度、市场机制完善及环境监管政策研究”(14ZDA072)的阶段性成果。
关键词
碳达峰
碳配额
减排成本
空间联立模型
ZSG-SBM模型
Carbon Peak
Carbon Quota
Cost of Emission Reduction
Spatial Simultaneous Model
ZSG-SBM Model