单轴被动式太阳能跟踪器性能评价

Ali Omer Ahmed, Ahmed I. Goubti, Abdallah Y. Abdallah, Mohamed A. Ahmed
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引用次数: 0

摘要

在GIAD工业园区设计并建造了被动式太阳能跟踪器。该跟踪器在国家能源研究中心的索巴地区进行了测试。测试包括两个部分;第一种方法是测试跟踪误差,方法是在跟踪器上放置一个热辐射计,并将光束辐射读数与跟踪器在无误差跟踪时可能出现的最大理论光束辐射读数进行比较。第二个测试是比较跟踪模式下固定在跟踪器上的850 wp光伏组件的输出功率与固定在直线位置的跟踪器上的相同组件的输出功率。天线阵向南倾斜15.50度。结果表明,大部分跟踪误差在7.37%的范围内。光伏阵列对比试验表明,跟踪器在上午9:00 - 11:00和下午15:00 - 17:00的时段最有效。履带式阵列对固定阵列的输出功率在12月9日增加12.67%,4月11日增加14.39%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Single Axis Passive Solar Tracker Performance Evaluation
A passive solar tracker was designed and constructed in GIAD Industrial Complex. The tracker was tested in Soba region, in the premises of the National Energy Research Center. The test consisted of two parts; the first was testing the tracking error by placing a pyranometer on the tracker and comparing the beam radiation readings with that of the maximum theoretical beam radiation possible if the tracker was tracking without errors. The second test was comparing the power output of 8, 50Wp photovoltaic modules attached onto the tracker in tracking mode to the same modules on the tracker fixed in a straight position. The array is inclined to 15.5o facing South. The results showed that most of the tracking error was within the range of 7.37 %. The photovoltaic array comparison test showed that the tracker is most effective in the morning hours from 9:00 to 11:00 and in the afternoon from 15:00 to 17:00. The increase of power output of the tracked array to the fixed array was 12.67% on the day of 9thDecember and 14.39% on the day of 11thApril.
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