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Soiling Effect in a Central Receiver Solar Plant under Real Outdoor Conditions

机译:真实室外条件下中央接收器太阳能发电厂的土壤效应

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Reflectance loss is assessed on heliostats of the very-high concentration solar tower facility located in Mostoles. near Madrid, Spain. This region is characterized by an annual direct normal irradiance availability around 1,900 kWh/m~2, which makes it economic viable for concentrating solar power (CSP) plants. Moreover, its location nearby a highly populated area and one of the busiest highways in Spain, introduces additional features relevant in soiling analyses. The reflectance loss was measured with a Condor reflectometer on thirteen single-facet heliostats, in which nine of them are in different locations of the solar field and tilted 10° south, while four of them are side by side with different tilt angles, also turned in the same direction. The aim is to evaluate the soiling effect in an urban environment, to assess the soiling ratio and rates through the solar field, and to identify possible stow positions to reduce the soiling effect.
机译:反射率损失是在莫斯托勒的甚高浓度太阳能塔设施的定日镜上进行评估的。西班牙马德里附近。该地区的特点是年直接正常辐照度约为1900 kWh/m~2,这使得聚光太阳能发电(CSP)厂具有经济可行性。此外,其位置靠近人口稠密地区和西班牙最繁忙的公路之一,引入了与土壤分析相关的其他特征。在13个单面定日镜上使用Condor反射计测量反射损失,其中9个位于太阳场的不同位置,向南倾斜10°,而其中4个以不同的倾斜角度并排,也朝同一方向转动。其目的是评估城市环境中的污染效应,评估通过太阳场的污染率和速率,并确定可能的积载位置以减少污染效应。

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