光伏电站抗风监测装置分析与设计

Research on solar power wind monitoring device

基于光伏电站长期运行中发生的太阳能电池板松动或脱落现象以及我国现有技术中光伏电站抗风检测领域的空白,本文采用一种光伏电站抗风性能检测装置,通过在太阳能电池板上设置振动传感器,实时检测太阳能电池板的震动系数,并实时测量光伏电站现场的风速和风向,将太阳能电池板震动系数与环境数据结合获得光伏电站的整体抗风性能指数,数据中心通过得到的参数对光伏电站的太阳能电池板进行实时监测,提高光伏电站的安全性,整体提高光伏电站长期运行中的抗风安全性问题。

Based on the occurrence of solar panels photovoltaic power plants in the long run loose or fall off phenomenon and gaps in the prior art in the field of photovoltaic power plants wind detection, we use a wind power plant performance testing of photovoltaic devices,solar cells by setting the vibration plate sensors, real-time detection of solar panels shock factor, and realtime measurements of photovoltaic power plants on-site wind speed and direction, solar panels shock factor and environmental data obtained by combining wind photovoltaic power plant＇s overall performance index, data center parameters obtained by PV solar panels power plant real-time monitoring, improve the safety of photovoltaic power plants, photovoltaic power plants to improve the overall long-term safety of the operation of the wind problem.