基于“站线台户”数据基座的配电网元宇宙探究  

Exploration of the Metaverse of Distribution Network Based on the "Station Line Platform Household"Data Base

作　　者：白雪峰 BAI Xuefeng(State Grid Shanxi Electric Power Lvliang Power Supply Company,Lvliang 033000,Shanxi,China)

机构地区：[1]国网山西电力吕梁供电公司,山西吕梁033000

出　　处：《电力大数据》2024年第2期33-41,共9页Power Systems and Big Data

摘　　要：深挖电力企业数据价值,延长各类业务数据的使用寿命,是电力企业数字化转型的重要环节。但是在开展过程中,面临着跨专业数据融合难、海量数据接入后检索与应用难、人工智能盲盒效应等不确定性问题。为此,本文提出了将配电网元宇宙应用于日常运维管理的观点,借助元宇宙的直观可视和多元化操作优势,将多维数据接入虚拟现实形成数字孪生,并添加工作人员日常监管校验环节,形成具备有数据汇总、监管和成果输出的配电网元宇宙。通过不断完善可溯源的人机协作模式,让新技术与人的社会活动紧密连接,在完成数据的融合和价值挖掘的同时,提供了一种人员参与监管,实现溯源矫正的新方法。最后,通过站、线、台、户数据基座的应用实践,完成配电网元宇宙的应用探究。Digging deep into the value of data in power enterprises and extending the service life of various business data is an important link in the digital transformation of power enterprises.However,in the process of implementation,there are uncertainties brought about by difficulties in cross disciplinary data fusion,retrieval and application of massive data access,and blind box effects of artificial intelligence.Therefore,this article proposes the viewpoint of applying the distribution network metaverse to daily operation and maintenance management practices.With the advantages of intuitive visualization and diversified operations of the metaverse,multidimensional data is integrated into virtual reality to form a digital twin,and daily supervision and verification by staff are added to form a distribution network metaverse with data aggregation,supervision,and result output.By continuously improving the traceable human-machine collaboration model,new technologies are closely connected to human social activities.While completing data fusion and value mining,it provides a new method for personnel to participate in supervision and achieve traceability correction.Finally,through the application practice of station,line,station,and household data bases,the exploration of the application of the distribution network metaverse is completed.

关 键 词：大数据 元宇宙 人工智能 数字化转型 配电网 

分 类 号：TM73[电气工程—电力系统及自动化]