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中国输电项目的投入品及碳排放清单1990-2016包含23张表：
中国输电项目的投入品及碳排放清单1990-2017.xlsx
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Supplementary Table 1. The uncertainties of the embodied GHG emissions from 1995 to 2015
Supplementary Table 2. Development of maximum voltage class of power transmission and transformation project in China.
Supplementary Table 3. Ultra-high voltage alternating current projects of China a
Supplementary Table 4. Ultra-high voltage direct current projects of China a
Supplementary Table 5. Cumulative embodied GHG emissions of power transmission infrastructure (t CO2 eq.).
Supplementary Table 6. Cumulative embodied GHG emissions of AC transmission lines (t CO2 eq.).
Supplementary Table 7. Cumulative embodied GHG emissions of DC transmission lines (t CO2 eq.).
Supplementary Table 8. Cumulative embodied GHG emissions of AC substations (t CO2 eq.).
Supplementary Table 9. Cumulative embodied GHG emissions of DC convertor stations (t CO2 eq.).
Supplementary Table 10.The descriptions for different terrainsa.
Supplementary Table 11. Detailed inventories for the typical AC transmission line projects.
Supplementary Table 12. Detailed inventories for the typical DC transmission line projects.
Supplementary Table 13. Embodied GHG emissions and monetary input of different sectors of the typical AC transmission line
Supplementary Table 14. Embodied GHG emissions and monetary input of different sectors of the typical DC transmission line
Supplementary Table 15. Detailed inventories for the typical AC substation projects.
Supplementary Table 16. Detailed inventories for the typical DC convertor station project.
Supplementary Table 17. Embodied GHG emissions and monetary input of different sectors of the typical AC substation
Supplementary Table 18. Embodied GHG emissions and monetary input of different sectors of the typical DC convertor station
c The actual transmission distance and actual nominal transmission capacity for each voltage class are calculated using the
Supplementary Table 20. Detailed CVs and their specification.
Supplementary Table 21. The CVs of CO2 emission inventory for various sectors.
Supplementary Table 22. The categories of inputs and their corresponding sectors in EXIOBASE.
Supplementary Table 23. Comparison of GHG emission based on the ordinary least squares model in our study and recent
补充表1。1995年至2015年具体温室气体排放的不确定性
补充表2。中国输变电工程最高电压等级的制定。
补充表3。中国特高压交流工程
补充表4。中国特高压直流工程
补充表5。输电基础设施的累计实际温室气体排放量（t CO2当量）。
补充表6。交流输电线路的累积实际GHG排放量（t CO2当量）。
补充表7。直流输电线路的累积实际GHG排放量（t CO2当量）。
补充表8。交流变电站的累积实际GHG排放量（t CO2当量）。
补充表9。直流换流站的累积实际GHG排放量（t CO2当量）。
补充表10。不同地形的描述。
补充表11。典型交流输电线路项目的详细清单。
补充表12。典型直流输电线路项目的详细清单。
补充表13。典型交流输电线路不同部门的具体GHG排放和货币投入
补充表14。典型直流输电线路不同部门的具体GHG排放和货币投入
补充表15。典型交流变电站项目的详细清单。
补充表16。典型直流换流站项目的详细清单。
补充表17。典型交流变电站不同部门的具体GHG排放和货币投入
补充表18。典型直流换流站不同部门的具体GHG排放和货币投入
c使用以下公式计算每个电压等级的实际传输距离和实际标称传输容量：
补充表20。详细的CVs及其规范。
补充表21。各部门CO2排放清单的CVs。
补充表22。出口基地的投入类别及其相应部门。
补充表23。我们研究中基于普通最小二乘模型的温室气体排放量与近期的比较
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