Performance of crystalline silicon PV modules with different backsheet applied in the humid and hot climate

ZENG Xiang'an; FENG Jiangtao; JIE Ganxin; FENG Hao; CHEN Xinxin

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Performance of crystalline silicon PV modules with different backsheet applied in the humid and hot climate

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- Performance of crystalline silicon PV modules with different backsheet applied in the humid and hot climate
- Acta Scientiarum Naturalium Universitatis SunYatseni Vol. 55, Issue 4, Pages: 63-67(2016)
- 作者机构：
  
  中国电器科学研究院有限公司∥工业产品环境适应性国家重点实验室,广东,广州,510300
- 作者简介：
- 基金信息：
- DOI：
  CLC：
- Published：2016，
  
  Published Online：25 July 2016，
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ZENG Xiang'an, FENG Jiangtao, JIE Ganxin, et al. Performance of crystalline silicon PV modules with different backsheet applied in the humid and hot climate. [J]. Acta Scientiarum Naturalium Universitatis SunYatseni 55(4):63-67(2016)
DOI：

ZENG Xiang'an, FENG Jiangtao, JIE Ganxin, et al. Performance of crystalline silicon PV modules with different backsheet applied in the humid and hot climate. [J]. Acta Scientiarum Naturalium Universitatis SunYatseni 55(4):63-67(2016) DOI：

摘要

选取CPE、KPE、TPT、AAA四种不同背板制备的多晶硅光伏组件，将其直接固定电阻负载投试到海南琼海湿热气候环境试验场，研究四种不同背板晶硅组件在真实环境应用的性能变化规律。利用热电偶对组件表面工作的温度进行实时监测以及利用实验室I-V测试仪对试验组件的I-V特性参数进行周期性测试，记录这些参数随组件试验时间的变化情况。结果表明：试验组件的温度越高，其最大功率、填充因子衰减越大. CPE、KPE、TPT和AAA四种不同背板的组件，整体温度最高和最大功率(Pm)、填充因子(FF)的衰减最大，串联电阻的增加最多均为CPE背板组件，其次是KPE背板组件，TPT背板组件次之，最小为AAA背板组件。

Abstract

The polysilicon PV modules with CPE

KPE

TPT and AAA backsheets loaded with fixed resistance were studied for the performance of the long term exposure in the hot and humid climate test site（Qionghai

Hainan）.The surface temperature of modules were recorded by the thermocouple sensors for real-time monitoring and the I-V properties of modules were tested by I-V tester after a certain time. The results showed that the maximum power and fill factor degraded remarkably with increasing temperature of PV moudules. Compared with other modules

the module with CPE backsheet had the highest surface temperature

then the most severe degradation of maximum power and fill factor and the bigger increase of series resistance.

关键词

光伏背板光伏组件组件表面温度多晶硅

Keywords

PV backsheetPV modulesmodule surface temperaturepolysilicon

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Related Author

ZENG Xiang'an

FENG Jiangtao

JIE Ganxin

FENG Hao

CHEN Xinxin

LI Hui

Related Institution

China National Electric Apparatus Research Institute(CEI)∥State Key Laboratory of Environmental Adaptability for Industrial Products

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