研究：漂浮式光伏组件行间距约0.5米时散热效果最佳
Study finds 0.5-meter spacing between solar module rows improves cooling in floating PV systems
那不勒斯帕特诺珀大学与坎帕尼亚大学的研究人员对意大利Occhito水库拟建漂浮式光伏电站开展计算流体动力学模拟，发现三排组件下行间距约为组件长度0.5倍时散热最佳。在3.5 m/s风速下该配置组件平均温度为27.16 C，最紧凑布局为31.07 C；1.5 m/s风速下为37.02 C。研究指出行间距应作为关键热设计参数，但结论仅基于二维三排模型和两种风速，不宜视为通用设计建议。
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A study by Italian researchers has found that 0.5-meter spacing between module rows optimizes cooling in floating PV systems by improving airflow. The findings highlight the importance of row spacing in thermal management, although further research is needed to assess its impact on electricity generation. The post Study finds 0.5-meter spacing between solar module rows improves cooling in floating PV systems appeared first on pv magazine Global .
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来源：pv magazine · pv-magazine.com