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Correlating the Hot Spots and Power Degradation seen in crystalline silicon modules in All India Survey of PV Module Reliability 2018

机译:将《全印度2018年光伏组件可靠性调查》中的晶体硅组件中出现的热点和功率降级相关联

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This paper presents analysis of Infrared (IR) imaging performed on a total of 793 modules inspected during the All India Survey of PV Module Reliability 2018. It 18% of the inspected modules had Module ΔT (difference between maximum and modal temperature) of more than 4°C under MPPT condition which correlated to a significant increase in power degradation. Also, modules with hotspots show higher degradation than modules without hotspots in both Hot and Non-Hot climates. However, effect of hot cell (Module with Module AT > 4 °C) in hot zone was more significant. It was also seen that Module AT is significantly higher for modules above the age of 5 years. Comparison of the drone based IR imaging to ground based handheld IR imaging is also provided.
机译:本文介绍了在2018年全印度光伏组件可靠性调查中对总共793个组件进行的红外(IR)成像分析。其中18%的组件的组件ΔT(最大与模态温度之差)大于在MPPT条件下达到4°C,这与功率衰减的显着增加有关。而且,在炎热和非炎热气候下,具有热点的模块的降解程度都比没有热点的模块高。但是,热区(模块AT> 4°C的模块)在热区中的影响更为显着。还可以看到,年龄在5岁以上的模块的AT明显更高。还提供了基于无人机的红外成像与基于地面的手持式红外成像的比较。

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