摘要
文章针对风电场运维中面临的设备分散、环境恶劣以及故障频发等挑战,设计基于5G通信技术的风电场运行监测系统,旨在提升运维效率与经济效益。系统通过模块化构建,整合实时监测与智能分析功能,实现了风电场运维的革新。实验结果显示,该系统在数据处理时延、故障诊断精确度以及5G链路性能上表现出色,验证了设计的有效性和可行性,为风电行业利用5G通信技术推进智能化运维提供重要参考。
This paper addresses the challenges confronted in wind farm operations and maintenance,including dispersed equipment,harsh environments,and frequent failures,by proposing a 5G-based wind farm monitoring system designed to enhance operational efficiency and economic benefits.Employing a modular design approach,the system integrates real-time monitoring with intelligent analytics,revolutionizing wind farm maintenance practices.Experimental outcomes demonstrate exceptional performance in terms of data processing latency,fault diagnosis accuracy,and 5G link capabilities,affirming the system’s viability and effectiveness.This study contributes significantly to the application of 5G communication technologies in advancing intelligent wind farm management practices.
作者
陈洪沧
CHEN Hongcang(Ningxia Hanasi New Energy Group Co.,Ltd.,Yinchuan 750001,China)
出处
《通信电源技术》
2024年第11期20-22,共3页
Telecom Power Technology
关键词
5G通信技术
风电场监测
智能运维
5G communication technology
wind farm monitoring
smart maintenance
