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Reducing carbon emissions in China: Industrial structural upgrade based on system dynamics

机译:减少中国的碳排放:基于系统动力学的产业结构升级

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摘要

China is now in urgent need to accelerate the transformation of the economic development model, promoting industrial structure upgrades in order to reduce carbon emissions. The goals are to relieve energy constraints, guarantee economic security, and reduce environmental pressures. This study calculated the industrial influence coefficients (IIC) and the industrial carbon emission coefficients (ICEC) of all industries in China in 2007. A system dynamics model was built to simulate the GDP growth and total carbon emissions in three scenarios. Scenario analyses have shown that the industrial structure adjustment based on the calculations of IIC and ICEC is better than the one based on the Chinese Industrial Restructuring Catalog. This study provides a solid research foundation for the government to adjust the industrial structure and reduce carbon emissions.
机译:中国现在迫切需要加快经济发展方式的转变,促进产业结构升级,以减少碳排放。目标是减轻能源限制,保证经济安全和减轻环境压力。本研究计算了2007年中国所有行业的工业影响系数(IIC)和工业碳排放系数(ICEC)。建立了系统动力学模型来模拟三种情况下的GDP增长和总碳排放量。情景分析表明,基于IIC和ICEC计算的产业结构调整要好于基于中国产业结构调整目录的调整。该研究为政府调整产业结构,减少碳排放量提供了坚实的研究基础。

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