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FREDA - An automated field reflectance and degradation assessment system for central receiver systems

机译:FREDA - 中央接收系统的自动变频和降解评估系统

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摘要

The heliostat field of Central Receiver Systems is subject to soiling and degradation, reducing the optical efficiency of the plant. The monitoring of the effects for an optimized cleaning and replacement strategy is a task demanding a high amount of time and effort. This work introduces a novel Field Reflectance and Degradation Assessment system FREDA. The automated monitoring of the condition of heliostat fields supports the operation and maintenance of a Central Receiver System in the aspects of optimized cleaning and replacement strategies as well as yield prediction and reduces the effort for data collection with state of the art reflectometers. The camera based system monitors the reflectance of a homogeneously illuminated Lambertian target or of the sky and relates the gathered data to reference reflectors distributed in the field, equipped with an automated reflectometer measurement. The methodology is outlined in detail including the underlying evaluation scheme. First laboratory tests are presented showing promising results and good agreement with reflectometer measurements. Finally further improvements are discussed and an outlook for the future work is given.
机译:中央接收器系统的Heliostat领域受到污染和降解,降低了植物的光学效率。对优化清洁和更换策略的影响监测是一项要求大量时间和努力的任务。这项工作介绍了一个新颖的场地反射率和退化评估系统Freda。 Heliostat领域的条件的自动监测支持中央接收器系统的操作和维护在优化的清洁和更换策略以及产量预测中,并减少了与现有技术的数据收集的努力。基于相机的系统监视均匀照明的Lambertian目标或天空的反射率,并将聚集的数据与分布在现场的参考反射器相关,配备有自动反射计数器测量。该方法详细概述,包括底层评估方案。提出了第一次实验室测试,显示了有希望的结果和与反射计测量的良好一致性。最后讨论了进一步的改进,并给出了未来工作的前景。

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