远海风电场通信技术架构研究OA
Research on Communication Technology Architecture for Far-sea Wind Farms
针对常规的通信技术在远海风电场通信中存在信号衰减严重、时延高、建设和维护成本高等问题,系统梳理远海风电场通信现状及面临的难题,并重点分析卫星通信、5G通信以及光纤通信技术在远海风电场通信中的优缺点,提出星-海-地远海风电场通信方案.该方案通过构建状态监控链路和数据传输链路,并融合云计算、卫星、5G以及光纤技术的优势,可解决效率和成本的问题.针对上述方案中存在的不足,初步提出数字孪生、状态辨识、大宽带等技术措施,为后续深入研究指明可行方向,以进一步促进远海风电场高效监控和低成本运营.
Addressing the issues of severe signal attenuation,high latency and elevated construction and maintenance costs in offshore wind farm communications due to traditional communication technologies,this study systematically reviews the current state and challenges of offshore wind farm communications.It conducts a focused analysis of the advantages and disadvantages of satellite,5G and optical fiber communication technologies in offshore wind farm communications,proposing a satellite-sea-land offshore wind farm communication solution.By establishing state monitoring and data transmission links and integrating the strengths of cloud computing,satellite,5G and optical fiber technologies,this solution can resolve efficiency and cost-related problems.To address the limitations in the aforementioned research,preliminary technical solutions such as digital twins,state identification and wideband transmission are proposed,pointing toward feasible directions for further in-depth research and further promoting efficient monitoring and low-cost operation of offshore wind farms.
甘忠;陈毅龙;汤婵娟;见伟;李占波;张天宇
国网上海市电力公司,上海 200122国网上海市电力公司,上海 200122国网上海市电力公司,上海 200122北京中泰华电科技有限公司,北京 102208北京中泰华电科技有限公司,北京 102208北方工业大学国家能源用户侧储能创新研发中心,北京 100144
信息技术与安全科学
现代通信远海通信远海风电场网络传输空海一体
modern communicationfar-sea communicationfar-sea wind farmnetwork transmissionintegrated air-sea network
《广东电力》 2026 (2)
15-28,14
国网上海市电力公司科技项目(520900250008)
评论