CAJ | 학술논문

晶体硅光伏组件在户外长期运行时，各种材料会出现性能衰退。通过探究一批使用约30年的多晶硅组件，发现其在户外使用28年后衰减率仅为5.37%。此外，通过长期监测组件发电性能研究其在广州地区的发电和衰减情况，并采用EL测试研究材料衰变对组件影响，评估光伏组件的可靠性。
정체규광복조건재호외장기운행시，각충재료회출현성능쇠퇴。통과탐구일비사용약30년적다정규조건，발현기재호외사용28년후쇠감솔부위5.37%。차외，통과장기감측조건발전성능연구기재엄주지구적발전화쇠감정황，병채용EL측시연구재료쇠변대조건영향，평고광복조건적가고성。
When operating outdoors over a lengthy period of time, performance degradation of materials of silicon PV modules would occur. The authors of this paper studied a batch of approximately 30-year-old polycrystalline silicon modules and found that the power degradation is only about 5.37%after 28 years outdoor operation. In addition, these modules were being monitored to study their electricity yield and power degradation in Guangzhou city, and the EL tes-ter was used to detect these modules' defects in order to find out the influence of material degradation towards module performance and evaluate the reliability of PV modules.