经济
低碳经济
资本货物
生产(经济)
中国
投资品
温室气体
自然资源经济学
碳中和
碳纤维
商品和服务
经济
宏观经济学
生态学
复合数
政治学
法学
生物
材料科学
复合材料
作者
Rui Wang,Min Wu,Zheng Wen
标识
DOI:10.1016/j.eiar.2023.107107
摘要
The carbon peaking target (CPT) and carbon neutrality target (CNT) will force the low-carbon transformation of China's economy. However, few studies have evaluated the economic impacts of the CPT and CNT constraints in the context of China's current carbon target policies. Based on the analytical general equilibrium model, this study assesses the impacts of the CPT and CNT constraints on China's economy. The results are shown as follows. First, the CPT and CNT constraints will tighten the high-carbon goods production sector but not hinder the sustained growth of the low-carbon goods production sector, thereby forcing China's industrial structure to transform into a low-carbon direction. In the scenario of achieving the CPT, the output growth rate of the high-carbon goods production sector will drop by 0.03%, while that of the low-carbon goods production sector will rise by 0.14%, relative to the baseline. Second, under the CPT and CNT constraints, some labor and energy inputs in the high-carbon goods production sector will flow into the low-carbon goods production sector, forming the crowding-out effect. Third, carbon target constraints will force the high-carbon goods production sector to transform from energy and labor-intensive to capital and technology-intensive. Fourth, the CPT and CNT constraints will negatively affect households' consumption. Fifth, under the carbon target constraints, the growth rate of carbon emissions price shows a rising trend, while that of labor and energy prices shows a declining trend. These findings suggest that the government should make full use of the forced mechanism of the CPT and CNT constraints to promote the transformation and upgrading of industrial and energy structures. Meanwhile, the government should also be highly vigilant against the risk of an excessive slowdown in the high-carbon goods production sector under carbon target constraints.
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