摘要
现阶段,以光伏发电并网为代表的新能源发电并网方式已成为我国电力系统稳定运行和优化调度的重要一环,已逐步在农村地区得到广泛的使用。因此,本文旨在构建基于新农村的光伏数据可视化系统,通过融合三维展示、大数据分析等相关技术,重点关注光伏采集以及用电量变化,以此来提高光伏设备的智能化水平,为设备管理、故障检修以及性能优化提供关键的数据辅助。
At the present stage,the new energy generation grid-connection method represented by photovoltaic power generation has become an important part of the stable operation and optimal scheduling of China’s power system,and has gradually been widely used in rural areas.Therefore,this paper aims to build a PV data visualization system based on new rural areas,focusing on PV collection and power consumption changes by integrating 3D display,big data analysis and other related technologies,so as to improve the intelli⁃gence level of PV equipment and provide key data assistance for equipment management,troubleshooting and performance optimization.
作者
储艾伶
Chu Ailing(College of Electrical Engineering,Southwest Minzu University,Chengdu 610041)
出处
《现代计算机》
2021年第31期117-120,共4页
Modern Computer
基金
西南民族大学2021年中央高校基本科研业务费专项资金优秀学生培养工程项目(2021NYYXS114)。
关键词
3D建模
大数据分析
智能管理
光伏
3D modeling
big data analysis
intelligent management
photovoltaic
