小型风光互补发电装置的设计与研究

Complementary Power Generation Equipment

针对常规单一风力发电或光伏发电存在能源转化效率不高的问题,设计了一套可在实验室条件下进行模拟运行的装置,深入分析光电传感器如何实现光源自动跟踪功能,编制了光伏电池组件跟踪自动控制程序和侧风偏航控制程序。模拟三种特殊状态下不同的光照条件,[JP2]实现光伏发电设备自动跟踪发电,通过伏安曲线和功能曲线研究分析不同条件下风能和光能发电效率。

In view of the conventional single wind power or photo-voltaic power conversion efficiency is not high question. Designed a set of device that can be simulated in the laboratory under the condition of operation ,in-depth analysis of the photo-voltaic sensor is how to realise the light source automatic tracking function ,the photo-voltaic battery components track automatic control program and side wind yaw control program. By simulating different lighting conditions under three special conditions ,the photo-voltaic power generation equipment can automatically track the power generation ,and the wind energy and the light energy generation efficiency under different conditions can be analyzed by studying the voltammeter curve and functional curve .