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Integrated Analysis of Carbon Dioxide Emissions Mitigation through Energy Efficiency for Coal-fired Power Industry in China

机译:中国燃煤电力产业能效减缓二氧化碳排放综合分析

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The coal-fired power industry contributes most CO2 emissions among social sectors in China. This paper constructs a hybrid CGE model to simulate the effects of CO2 emissions mitigation through energy efficiency for coal-fired power industry in China. Then the electricity generation, energy saving amounts, CO2 emissions amount and CO2 emissions intensity under strict energy efficiency policies from 2002 to 2020 are estimated for China's coal-fired power industry. According to the calculation results, the performance factor of CO2 emissions for coal-fired power industry cannot be effectively reduced to national target through energy efficiency in China by 2020, while CO2 emissions amount will still show increasing trend. Renewable energy and other clean energy sorts should be substituted for coal in China's electricity sector. The development of the coal-fired power technologies targeted at near-zero CO2 emissions such as CCS technology also has become urgent in China.
机译:燃煤电力行业在中国的社会部门贡献了大多数二氧化碳排放。 本文构建了一种混合CGE模型,以模拟CO2排放减轻通过中国燃煤电力行业的能源效率的影响。 然后为中国燃煤电力行业估计2002年至2020年严格的能效政策下的发电,节能金额,二氧化碳排放量和二氧化碳排放强度。 根据计算结果,通过中国的能效在2020年通过中国的能效不能有效地减少了燃煤电力行业的二氧化碳排放的性能因素,而二氧化碳排放量仍将显示越来越大的趋势。 应替代可再生能源和其他清洁能源在中国电力部门替代煤炭。 燃煤电力技术的开发旨在接近零二氧化碳排放,如CCS技术,也在中国迫切。

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