摘要
通过对大气污染物及CO_(2)减排转移特征的深入研究,据此调整电力结构,减少高排放的燃煤电厂比例,从而降低电力行业的大气污染物及CO_(2)排放。在此基础上,提出电力传输的大气污染物及CO_(2)减排转移特征分析方法。模拟电力传输与污染物排放过程,计算电力传输过程中大气污染物及CO_(2)的排放量与最大减排量,确定风速等因素的作用机理,通过污染物减排转移特征指标的计算,得出大气污染物及CO_(2)减排转移特征结果。实例结果得出:与传统特征分析方法相比,优化设计方法的特征分析误差明显降低,且特征分析节点的覆盖率有效提升。
By studying emission reduction transfer characteristics,the power structure is adjusted to cut high-emission coal plants,thereby reducing air pollutants and CO_(2) in the power industry.On this basis,an analysis method for power transmission emission reduction transfer is proposed.This study simulated power transmission and emissions to calculate pollutants and CO_(2) emission&max reduction,determine wind speed impact.By calculating pollutant emission reduction transfer characteristic index,the characteristic results of air pollutant and CO_(2) emission reduction transfer are obtained.Compared with traditional methods,the optimized design significantly reduces feature analysis error and improves node coverage rate.
作者
吴燕雨
贾森霖
田嘎伦
张建强
任伟伟
Wu Yanyu;Jia Senlin;Tian Galun;Zhang Jianqiang;Ren Weiwei(Datong Coal Mining Group Solar Thermal Power Co.,Ltd.,Datong 038200,China)
出处
《环境科学与管理》
2025年第8期39-44,共6页
Environmental Science and Management
关键词
电力传输
大气污染物
二氧化碳排放
污染物转移
转移特征
power transmission
atmospheric pollutant
CO_(2)emissions
pollutant transfer
transfer features
