我国海上风电通信扩频技术应用场景  

Application Scenarios of Communication Spread Spectrum Technology for Offshore Wind Power in China

作　　者：许飞 许广龙 Xu Fei;Xu Guanglong(Yancheng National Energy Investment Co.,Ltd.,Yancheng 224002,Jiangsu,China)

机构地区：[1]盐城国能投资有限公司,江苏盐城224002

出　　处：《电站辅机》2024年第4期63-66,78,共5页Power Station Auxiliary Equipment

摘　　要：本文总结海上风电通信业务现状,分析采用光电复合光缆的优缺点,就光电复合海缆光纤断裂对风电场设备安全运行、经济发电以及检修维护的影响进行分析,并探讨后续采取的通信扩频技术优化及效能提升措施。此外,对海上风电场光纤通信网络及海缆光纤保护回路提出改造建议,以期为今后海上风电场在通信设计、工程建设、设备维护等方面提供参考。This paper has summarized the current situation of offshore wind power communication business;reviewed the advantages and disadvantages of using a photoelectric composite optical cable;analyzed the impact of optical fiber breakage on the complete operation of wind farm equipment after safety,economic power generation,and maintenance,and discussed the followup communication spread spectrum technology optimization and effciency improvement measures.Guidance on the transformation of optical fiber communication network and submarine cable optical fiber protection circuit for offshore wind farms was proposed to provide a reference for future offshore wind farms in communication design,engineering construction,equipment maintenance and other related aspects.

关 键 词：光电复合缆 路由 通信网络 拓扑 光纤保护 直序扩频 跳频扩频 

分 类 号：TN914.42[电子电信—通信与信息系统]