2025输变电工程建设过程碳排放计算导则

附录A（规范性）能源碳排放因子信 附录B（规范性）施工机械台班能源用 附录C（规范性）建筑材料碳排放因 附录D（规范性）设备和材料运输碳排放因 附录E（规范性）绿植的CO2固定 GB/T51366—2019GB55015—2021建筑节能与可再生能源利用通用规范HJ24—2020环境影响评价技术导则输变电输变电工程建设过程碳排放carbonemissionofelectricpowertransmissionanddistributionproject计算边界accounting碳排放因子carbonemission装置性材料installation建筑材料construction预制装配式成品prefabricatedfinished绿植碳汇carbonsinkof 变工建过碳放算为电路程变工与缆程排量总。 变工设程排计范为程设过，从目工项竣验止。 输电建过碳放算应括目施阶产的碳放，建材所含排量，工程设备和材料运输产生的碳排放量以及建设过程中破坏原有绿植的碳汇损失与新种绿植的碳汇吸收。 𝐿𝑐1=∑∑(𝐿𝑐,∗)∗𝐿3=∑∑𝐿𝐿·𝐿𝑐4=

𝐿𝑐_增−

𝐿𝑐_

==

𝐿∗

增

𝐿𝑐_

==

𝐿∗

损

𝐿𝑡=𝐿𝑡1+ 𝐿𝑥=𝐿𝑥1+𝐿𝑥2−𝐿𝑐3·········································𝐿𝑥2=∑∑𝐿𝑥3=𝐿𝑥_增−𝐿𝑥_ =∑ =∑𝐿∗

𝑡𝑐1=∑∑𝑡𝑐,∗)∗·𝑡_𝑐𝑝3=∑∑𝑡_𝑐𝑝4=𝑡_𝑐𝑝_增− =∑ 𝑡_𝑐𝑝_

𝑡_𝑐𝑝_

==

𝐿∗

损

𝑡𝑐1=∑∑𝑡𝑐,∗)∗·𝑡_𝑐2=∑𝑡_𝑐𝐹············································𝑡_𝑐3=∑∑𝑡_𝑐,𝑡_𝑐,···································𝑡_𝑐4=𝑡_𝑐_增−𝑡_𝑐_ =∑𝐿* =∑𝐿* 𝑡_𝑡3=∑∑𝑡_𝑡,𝑡_𝑡,···································𝑡_𝑐4=𝑡_𝑡_增−𝑡_𝑡_ =∑𝐿* =∑𝐿* 0.1%，可不计入碳排放计算。计算方法如下式：𝑡𝑠=𝑡𝑠1+𝑡𝑠2·𝑡_𝑠2=∑∑𝑡_𝑠,𝑡_𝑠,··································· 𝑞=𝑞_+𝑞_𝑠+𝑞_=𝑞_1+𝑞_2·········································一次设备安装工程的碳排放计算应当包括主变压器、GIS、AIS𝑡_𝑠2=𝐹6——一次设备安装过程中六氟化硫消耗量，应通过查询工程设计文件与竣工文件进𝐹6——𝑡_𝑠3=∑∑ =𝐿𝑡_𝑤3=∑∑ =∑𝐿∗

𝐿𝑡_𝑤_

=∑ 𝐿𝑡_𝑤_

𝐿𝑡_𝑤3=∑∑

𝐿𝑠,𝐿𝑠,·······································附 单位热值CO2附 或1双滚筒绞磨ZJ-QXS-座地双摇臂抱杆（T2D4822.2238000L/h20m30m电动导轮（成套使用B.2(kg/台(kg/台250N1200kN2000kN3000kN4000kN5000kN3直径出口直径出口直径出口直径21kV32kV40kV75kV75kV附 735kg277kg295kg316kg336kg385kg石灰生产(市场平均1190kg747kg32.8kg砂2.51kg碎石2.18kg5.08kg2.69kg混凝土砖336kg蒸压粉煤灰砖烧结粉煤灰实心砖掺入量为134kg页岩实心砖292kg页岩空心砖204kg黏土空心砖22.8kg1700kg2280kg炼钢用铁合金(市场平均9530kg1990kg3030kg普通碳钢(市场平均2050kg2310kg2365kg热轧碳钢大型轨梁(方圆坯、管坯2340kg2380kg2400kg2350kg2310kg2340kg2375kg2340kg2520kg2430kg2530kg3150kg3680kg3110kg3020kg2870kg1730kg2530kg2410kg1130kg20300kg28500kg254kg原生铝：再生铝194kg147kg原生铝：再生铝122.5kg129.5kg121kg3.72kg3.60kg7.93kg5020kg1980kg5220kg8.06kg37.1kg218kg4620kg1990kg2620kg2810kg聚氯乙烯(市场平均7300kg0.168kg*：以P.O42.5R附 D.1碳排放因子[kgCO2e/(t重型汽油货车运输(载重重型汽油货车运输(载重重型柴油货车运输(载重重型柴油货车运输(载重重型柴油货车运输(载重重型柴油货车运输(载重铁路运输(中国市场平均液货船运输(载重附 CO2固定量1.0m落叶大乔