基于机组运维的塔筒晃动原因解决方案探究  

Investigation of Tower Vibration Solutions Based on Wind Turbine Operation and Maintenance Practices

作　　者：于云 王成林 杨兴和 卢煜茗 YU Yun;WANG Chenglin;YANG Xinghe;LU Yuming(CHN Energy Liaoning Longyuan Renewable Energy Development Co.,Ltd.,Shenyang,Liaoning,110013)

机构地区：[1]国家能源集团辽宁龙源新能源发展有限公司,辽宁沈阳110013

出　　处：《能源科技》2025年第2期59-62,71,共5页Energy Science and Technology

摘　　要：风电机组作为新能源发电场的重要设备,其性能的稳定性、运行的持久性、状态的安全性对于保障电力供应、减少维护成本和杜绝安全生产事故至关重要。在风电机组全生命周期内,变桨系统叶片因运行环境、运行年限和雷击等方面造成的损坏或缺陷概率逐年增加。根据日常维护的经验总结,梳理了变桨系统叶片常见的运行维护方法,分析了相关工作内容的影响因素,提出了优化维护措施。通过风电机组晃动的监测方案设计,拓展了“两化”数据通信环网功能,为新技术应用提供了新的思路。As critical equipment in renewable energy power plants,wind turbines require stable performance,durable operation,and safe conditions to ensure reliable power supply,reduce maintenance costs,and prevent safety incidents.Throughout a wind turbine’s lifecycle,the probability of blade damage or defects in the pitch system increases over time due to operating environment,operating years,and lightning strikes.Based on empirical maintenance experience,this study summarizes common O&M practices for pitch system blades,analyzes influencing factors,and proposes optimized maintenance measures.Furthermore,by designing a wind turbine vibration monitoring solution,the functionality of the“dual-oriented”data communication network is enhanced,offering new insights for innovative technology applications.

关 键 词：叶片结构 配重 晃动 监测装置 

分 类 号：TM315[电气工程—电机]