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首页> 外文期刊>St. Petersburg Polytechnic University Journal: Physics and Mathematics >A comparative analysis of wind pressure on flat and stair-step constructions of solar plant trackers
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A comparative analysis of wind pressure on flat and stair-step constructions of solar plant trackers

机译:太阳能跟踪器的平坦和阶梯式结构风压的比较分析

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The paper presents comparative experimental research of the aerodynamic processes and forces occurring due to airflow moving past by concentrator photovoltaic (CPV) modules assembled on a flat and a stair-step frame. The subsequent analysis of the aerodynamic properties of these design schemes has revealed the significant advantages of stair-step arrangement of CPV modules over the flat ones concerning smaller wind loads affecting the platform. In order to calculate the value of the forces operating on full-size solar installations, values for aerodynamic resistance for different schemes of module arrangement have been obtained. Detailed research of various solar installation models utilizing a wind tunnel and aerodynamic scales is carried out for the first time.
机译:本文介绍了空气动力学过程的比较实验研究,以及由于气流通过组装在平坦和阶梯框架上的聚光光伏(CPV)模块经过而产生的力的对比实验研究。对这些设计方案的空气动力学特性的后续分析表明,与影响平台的较小风载荷相比,CPV模块的阶梯式布置相对于扁平模块而言具有明显的优势。为了计算在全尺寸太阳能设备上运行的力的值,已获得针对模块布置的不同方案的空气阻力的值。首次对利用风洞和空气动力学标尺的各种太阳能安装模型进行了详细研究。

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