High Altitude Flight Results using Selenium, A PV Measurement Ecosystem

Don Walker, C. Mann, J. Nocerino, Kevin Lopez, Alexandra Pettengill, Jonathan Ortiz, Katrina Baumgarten, Misha Dowd, Yao Y. Lao, Simon H. Liu
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Abstract

We demonstrate the reproducibility and variability of 8 high altitude, near space solar cell characterization flights using the Selenium Ecosystem to be equal to prior JPL solar cell calibration flights. The Selenium Ecosystem consists of hardware and software that can measure and process high altitude solar cell characterization data. The modular nature of Selenium enables it to piggyback on larger balloon platforms as a secondary payload and light enough to be flown as primary payload on small weather balloons (< 2kg). The Selenium software is free to download.
利用光伏测量生态系统硒的高空飞行结果
我们证明了使用Selenium生态系统进行的8次高空近空间太阳能电池表征飞行的可重复性和可变性与之前的JPL太阳能电池校准飞行相等。硒生态系统由硬件和软件组成,可以测量和处理高空太阳能电池特性数据。Selenium的模块化特性使其能够作为次要有效载荷搭载在较大的气球平台上,并且足够轻,可以作为主要有效载荷在小型气象气球(< 2kg)上飞行。Selenium软件可以免费下载。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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