摘要
随着“双碳”目标推进,河南省分布式屋顶光伏规模化发展面临运维挑战。本研究构建了集物联接入、可视化监管、专网安全于一体的运维监管平台。通过插件化软网关实现多协议融合接入,解决了设备异构难题;基于GIS的可视化大屏与Web/App多端协同,实现了从省域宏观到屋顶微观的全景监控;采用5G切片专网架构与全链路安全防护,确保了数据传输可靠性。平台为省域分布式光伏高效稳定运行提供了完整技术方案,有力支撑能源数字化转型。
With the advancement of China’s“Dual Carbon”goals,the large-scale development of distributed rooftop photovoltaic(PV)systems in Henan province faces significant operation and maintenance(O&M)challenges.This study has developed an integrated O&M supervision platform that combines IoT connectivity,visualized monitoring,and private-network security.A plugin-based software gateway enables multi-protocol convergence,effectively addressing device heterogeneity.A GIS-based visual dashboard,coupled with multi-terminal coordination across web and mobile applications,enables panoramic monitoring from provincial-level macro-overviews down to individual rooftop micro-details.Furthermore,a 5G network slicing architecture and end-to-end security mechanisms ensure reliable data transmission.The platform provides a comprehensive technical solution for the efficient and stable operation of distributed PV systems across the province,offering strong support for the digital transformation of the energy sector.
作者
李鲁陶
黄连富
马腾飞
张永奇
金兴宁
Li Lutao;Huang Lianfu;Ma Tengfei;Zhang Yongqi;Jin Xingning(Huadian Henan New Energy Power Generation Co.,Ltd.,Zhengzhou Henan 450052,China)
出处
《山西建筑》
2026年第8期153-155,198,共4页
Shanxi Architecture
关键词
分布式光伏
一体化运维
多协议融合
可视化
多维监管
distributed PV
integrated O&M
multi-protocol convergence
visualization
multi-dimensional monitoring
