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CCH (combined cooling and humidifying) - Viable technology option for increasing efficiency of solar PV system

机译:CCH(制冷和加湿相结合)-可行的技术选择,可提高太阳能光伏系统的效率

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摘要

The sensitivity of solar photovoltaic panel towards temperature and relative humidity is investigated. The obtained result shows that increase in temperature and low humidity has the great effect on decreasing PV conversion efficiency. It was estimated that panel's temperature augmentation and low relative humidity caused the efficiency to decrease by 10–12%. This limitation makes solar PV an unreliable source of power for unattended or remote devices and thus strongly suggests the challenge of cooling and humidifying the panel's surface regularly. This study assesses how best to operate solar PV panel during peak sunlight hours to optimize generation with help of direct evaporative cooling technology (combined cooling and humidifying).
机译:研究了太阳能光伏板对温度和相对湿度的敏感性。所得结果表明,温度和低湿度的增加对降低PV转化效率具有很大的影响。据估计,面板的温度升高和相对湿度低导致效率降低10–12%。这种局限性使太阳能PV成为无人值守或远程设备的不可靠动力来源,因此强烈建议定期冷却和加湿面板表面的挑战。这项研究评估了如何在峰值日光时段最佳操作太阳能光伏板,以借助直接蒸发冷却技术(冷却和加湿相结合)来优化发电量。

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