电网技术
電網技術
전망기술
POWER SYSTEM TECHNOLOGY
2013年
5期
1185-1189
,共5页
蔡宇%李保卫%胡泽春%宋永华%赵永林
蔡宇%李保衛%鬍澤春%宋永華%趙永林
채우%리보위%호택춘%송영화%조영림
低碳电力%碳排放计算%机组碳排放率%温室气体清单
低碳電力%碳排放計算%機組碳排放率%溫室氣體清單
저탄전력%탄배방계산%궤조탄배방솔%온실기체청단
low-carbon electricity%carbon emission calculation%CO2 emission rate of unit%greenhouse gas inventory
煤电是我国电力碳排放的主要来源,其机组碳排放指标是实施低碳规划和运行的基本依据。考虑我国燃煤电厂数据的可获得性,提出基于物料平衡的燃煤机组碳排放指标计算方法。该方法兼顾宏观统计的易操作性和技术应用的准确性,将宏观温室气体清单编制与微观规划运行指标相统一,可提高部门温室气体清单编制的精度,并为低碳电力系统在规划运行中落实减排指标提供基础数据。某电厂实际算例验证了方法的正确性和实用性,并对影响因素进行分析,进一步表明机组煤耗不决定其碳排放序位。
煤電是我國電力碳排放的主要來源,其機組碳排放指標是實施低碳規劃和運行的基本依據。攷慮我國燃煤電廠數據的可穫得性,提齣基于物料平衡的燃煤機組碳排放指標計算方法。該方法兼顧宏觀統計的易操作性和技術應用的準確性,將宏觀溫室氣體清單編製與微觀規劃運行指標相統一,可提高部門溫室氣體清單編製的精度,併為低碳電力繫統在規劃運行中落實減排指標提供基礎數據。某電廠實際算例驗證瞭方法的正確性和實用性,併對影響因素進行分析,進一步錶明機組煤耗不決定其碳排放序位。
매전시아국전력탄배방적주요래원,기궤조탄배방지표시실시저탄규화화운행적기본의거。고필아국연매전엄수거적가획득성,제출기우물료평형적연매궤조탄배방지표계산방법。해방법겸고굉관통계적역조작성화기술응용적준학성,장굉관온실기체청단편제여미관규화운행지표상통일,가제고부문온실기체청단편제적정도,병위저탄전력계통재규화운행중락실감배지표제공기출수거。모전엄실제산례험증료방법적정학성화실용성,병대영향인소진행분석,진일보표명궤조매모불결정기탄배방서위。
Coal-fired power plants are the main source of carbon emission in power sector, so the CO2 emission rate of coal-fired generation unit is the basic foundation for the implementation of low-carbon planning and scheduling. Considering the procurability of operational data of coal-fired power plants in China and based on material balance principle a method to calculate carbon emission index of coal-fired generation unit is proposed. Considering both maneuverability of macro-statistics and accuracy of technical application, the proposed calculation method makes the drafting of macroscopic greenhouse gas inventory unified with microscopic scheduling and operational index, thus the accuracy of drafting greenhouse gas inventory can be improved and basic data can be provided to low-carbon power grid for the implementation of emission reduction index during the planning and operation. The correctness and practicality of the proposed method are verified by case study of an actual coal-fired power plant, and the analysis on its influencing factors shows that the order of carbon emission intensity of coal-fired generation units is not independent on their coal consumption.