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Observation and modeling of dust deposition on glass tube of evacuated solar thermal collectors in Mongolia

机译:蒙古抽空太阳能集热器玻璃管上粉尘沉积的观察与模拟

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The present study investigated the effects of dust deposition on transmittance of glass tubes of a solar thermal collector in Ulaanbaatar during the cold period and presents the results based on real exposure tests conducted between October 2015 and May 2016. In addition, the dust deposition on glass tubes was empirically modeled using the test results and the environmental data such as wind speed and direction, daily average airborne dust rate, snow, and rain. Based on observation of long- and short-term tests, snow was deduced to be able to clean dust accumulation on the glass tubes even if the ambient temperature is below zero. Also, the snow was found to be more effective in decreasing dust accumulation than rain according to the estimation. (C) 2018 Elsevier Ltd. All rights reserved.
机译:本研究调查了尘埃沉积对乌兰巴托太阳能集热器玻璃管在寒冷时期的透射率的影响,并基于2015年10月至2016年5月之间进行的实际暴露测试得出了结果。此外,玻璃尘埃沉积使用测试结果和环境数据(例如风速和风向,每日平均机载粉尘率,降雪和下雨)对试管进行建模。根据长期和短期测试的观察,即使环境温度低于零,也可以推断出积雪能够清除玻璃管上的灰尘。另外,根据估算,发现雪比雨水在减少灰尘堆积方面更有效。 (C)2018 Elsevier Ltd.保留所有权利。

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