电力系统自动化
電力繫統自動化
전력계통자동화
AUTOMATION OF ELECTRIC POWER SYSTEMS
2012年
7期
38-43,85
,共7页
周天睿%康重庆%徐乾耀%陈启鑫
週天睿%康重慶%徐乾耀%陳啟鑫
주천예%강중경%서건요%진계흠
低碳电力技术%碳排放流%能源消耗%支路碳流量%支路碳流率%节点碳势
低碳電力技術%碳排放流%能源消耗%支路碳流量%支路碳流率%節點碳勢
저탄전력기술%탄배방류%능원소모%지로탄류량%지로탄류솔%절점탄세
low carbon electricity technology%carbon emission flow%energy consumption%branch carbon emission flow%branch carbon emission flow rate%nodal carbon intensity
采用低碳电力技术是电力行业实现可持续发展的重要举措。现有研究中,碳排放的统计量通常以宏观数据统计为主,按照一次能源消耗量转换得到。此类方法无法揭示电力系统碳排放的特点,在应用中存在着诸多局限性。文中探讨了将碳排放分析与电力系统潮流计算相结合的新思路,提出了电力系统碳排放流的概念。结合网络分析技术,提出并建立了电力系统碳排放流分析的几个基本概念与指标,初步形成电力系统碳排放流分析的理论架构。给出了一个示例系统的计算结果和直观展示,并结合电力系统潮流分析的基本原理,剖析了电力系统碳排放流分析理论的作用和意义。最后对电力系统碳排放流分析理论的应用领域和研究方向进行了展望。
採用低碳電力技術是電力行業實現可持續髮展的重要舉措。現有研究中,碳排放的統計量通常以宏觀數據統計為主,按照一次能源消耗量轉換得到。此類方法無法揭示電力繫統碳排放的特點,在應用中存在著諸多跼限性。文中探討瞭將碳排放分析與電力繫統潮流計算相結閤的新思路,提齣瞭電力繫統碳排放流的概唸。結閤網絡分析技術,提齣併建立瞭電力繫統碳排放流分析的幾箇基本概唸與指標,初步形成電力繫統碳排放流分析的理論架構。給齣瞭一箇示例繫統的計算結果和直觀展示,併結閤電力繫統潮流分析的基本原理,剖析瞭電力繫統碳排放流分析理論的作用和意義。最後對電力繫統碳排放流分析理論的應用領域和研究方嚮進行瞭展望。
채용저탄전력기술시전역행업실현가지속발전적중요거조。현유연구중,탄배방적통계량통상이굉관수거통계위주,안조일차능원소모량전환득도。차류방법무법게시전력계통탄배방적특점,재응용중존재착제다국한성。문중탐토료장탄배방분석여전력계통조류계산상결합적신사로,제출료전력계통탄배방류적개념。결합망락분석기술,제출병건립료전력계통탄배방류분석적궤개기본개념여지표,초보형성전력계통탄배방류분석적이론가구。급출료일개시례계통적계산결과화직관전시,병결합전력계통조류분석적기본원리,부석료전력계통탄배방류분석이론적작용화의의。최후대전력계통탄배방류분석이론적응용영역화연구방향진행료전망。
Low carbon electricity technology is an important measure for the sustainable development of power industry.According to the current research,carbon emission is usually calculated by official energy consumption statistics and convertion of primary energy consumption.This kind of methods cannot reveal the characteristics of carbon emission from power industry,and has many limitations in its application.As a new idea,the concept of the combination of carbon emission analysis and power flow analysis is investigated,and a new concept of carbon emission flow in power system is also proposed.By drawing on network analysis technique,several basic concepts and indices about carbon emission flow in power system are defined.Thus the theoretical framework for carbon emission flow in power system is preliminarily formed.Moreover,the carbon emission flow analysis results of an example system are shown intuitively,and the role and significance of carbon emission flow are discussed according to the fundamental principles of power flow analysis.Finally,prospects of application fields and new research trends of carbon emission flow in power system are given.