摘要
全球能源互联网被看作是实现全球范围清洁能源高效开发利用的途径,是当前的研究热点。全球能源互联网的核心是大数据,与全球能源相伴相生的是全球能源数据的产生及综合处理应用。文章分析了全球清洁能源开发利用方面的技术创新方向及大数据分析应用于全球清洁能源管理中的技术优势,针对典型应用场景阐述了大数据应用的价值,最后提出了随机矩阵理论在全球能源互联网中的应用框架。
Construction of global energy interconnection（GEI） is regarded as an effective way to utilize clean energy and is a hot research topic in recent years. Big data is the core of GEI, which is accompanied with the sharing, fusion and comprehensive application of energy data all over the world. The paper analyzes the technology innovation direction of GEI and the advantages of big data technologies to address the challenges, and then gives some typical application scenarios to illustrate the application value of big data. Finally, the architecture for applying random matrix theory in GEI is presented.
出处
《电力信息与通信技术》
2016年第3期20-24,共5页
Electric Power Information and Communication Technology
关键词
全球能源互联网
大数据
清洁能源
随机矩阵
global energy interconnection
big data
clean energy
random matrix theory
