基于轨道参数算法的全天候室内太阳模拟器的研究

Design of All-weather Indoor Solar Simulator Based on Orbital Parameters

摘要:

针对太阳能利用技术中, 动态和准确模拟太阳光照的问题, 研制了一种基于轨道参数的全天候室内太阳模拟装置。根据静态的太阳轨迹数据, 实时进行装置灯光的模拟运行, 并在运行中, 实时检测灯照与太阳光的近似度。实验结果表明, 此模拟装置的氙灯光源光谱分布在经过失配误差处理后波长能够满足GBPT12637-90中A级要求, 模拟器的辐照度范围为0~1600W/m2 , 平均辐照度为1000W/m2, 照度范围为0~65000lux, 有效辐照面积为400cm2 , 动态模拟偏差为4.3%。此装置基本实现了太阳光照的全天候模拟, 对太阳模拟技术的发展有一定的借鉴意义。

Abstract:

In order to address the problem of how to simulate the sunlight dynamically and accurately in utilization of the solar energy technology, an all-weather indoor solar simulator was simulated on the basis of orbital parameters. According to the static trajectory data, it simulates the all-weather solar illumination, and checks the degree of approximation of the real-time detection of xenon lamp and of the spectrum of the sun. The experimental results show that in this solar simulator, the wavelength of the source and spectral of xenon lamp spectrum after dealing with the mismatch error can meet the requirements of GBPT12637-90’ s A level, and the irradiance of the sun simulator is between 0~1600W/m2, with an average irradiance of 1000W/m2, the intensity of illumination is between 0~65000 lux, the effective radiation area is 400cm2, and the dynamic simulation deviation is 4.3%. As a whole, this device basically realizes all-weather simulation of the solar illuminance, which has certain reference significance to the development of simulation technique.