摘要
为了对电力行业的温室气体排放进行准确的监测,研究设计了一种结合吸收光谱和计算机技术的监测方法。过程中获取温室气体的吸收光谱并生成曲线图像,之后通过对曲线图像进行分析,统计得到气体排放的数据监测结果。实验结果表明,在进行计算时延分析时,研究方法在500条监测数据的计算中,计算时延最高仅为32 ms;在数据体积分析中,研究方法在气体种类数达到8种时产生的数据体积最高仅为180 Mb。说明研究方法能够有效对温室气体的吸收光谱进行生成,在进行电力设备温室气体排放监测时能够有效通过气体光谱数据获取气体组成数据,进而有效地进行电力设备温室气体排放监测,研究方法能够为电力行业相关的环保问题提供一定的技术参考.
In order to accurately monitor greenhouse gas emissions in the power industry,a monitoring method combining absorption spectroscopy and computer technology was studied and designed.During the process,the absorption spectrum of greenhouse gases is obtained and curve images are generated.Then,by analyzing the curve images,the data monitoring results of gas emissions are statistically obtained.The experimental results show that when conducting computation delay analysis,the research method only has a maximum computation delay of 32ms among 500 monitoring data calculations;In data volume analysis,the research method produces a maximum data volume of only 180Mb when the number of gas types reaches 8.The research method can effectively generate the absorption spectrum of greenhouse gases,and obtain gas composition data through gas spectrum data when monitoring greenhouse gas emissions from power equipment,thereby effectively monitoring greenhouse gas emissions from power equipment.The research method can provide certain technical references for environmental protection issues related to the power industry.
作者
王昕
王宏
宋禹飞
窦如婷
秦高原
WANG Xin;WNAG Hong;SONG Yufei;DOU Ruting;QIN Gaoyuan(Southern Power Grid Research Institute Co.,Ltd.,Guangzhou 510663,China;China Southern Power Grid,Guangzhou 510663,China)
出处
《自动化与仪器仪表》
2024年第11期65-69,共5页
Automation & Instrumentation
关键词
电力
温室气体
吸收光谱
监测
VGG网络
electricity
greenhouse gases
absorption spectrum
monitor
VGG network
作者简介
王昕(1986-),女,广东广州人,硕士,高级工程师,主要研究方向为企业标准化管理、企业标准体系;通讯作者:窦如婷(1985-),女,江苏扬州人,硕士,高级工程师,研究方向主要为绿色低碳管理、技术和战略情报分析、企业标准化、电力系统自动化。
