电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2012年
13期
131-134
,共4页
太阳能电池%电致发光%缺陷分析%测试
太暘能電池%電緻髮光%缺陷分析%測試
태양능전지%전치발광%결함분석%측시
solar cells%electroluminescence%defect analysis%test
为了满足客户对太阳能电池组件性能的更高要求，通过对电池片的EL测试，从来料方面进行把关，通过对层压敷设件和组件的EL测试，能够合理的控制由于工艺参数设置不当和人为因素引起的组件不良缺陷，从而能够将问题消灭在组件出厂之前，保证组件质量。同时，通过分析EL图像，也有助于完善和改进电池片以及组件的生产工艺，对太阳能电池的生产有重要指导意义。
為瞭滿足客戶對太暘能電池組件性能的更高要求，通過對電池片的EL測試，從來料方麵進行把關，通過對層壓敷設件和組件的EL測試，能夠閤理的控製由于工藝參數設置不噹和人為因素引起的組件不良缺陷，從而能夠將問題消滅在組件齣廠之前，保證組件質量。同時，通過分析EL圖像，也有助于完善和改進電池片以及組件的生產工藝，對太暘能電池的生產有重要指導意義。
위료만족객호대태양능전지조건성능적경고요구，통과대전지편적EL측시，종래료방면진행파관，통과대층압부설건화조건적EL측시，능구합리적공제유우공예삼수설치불당화인위인소인기적조건불량결함，종이능구장문제소멸재조건출엄지전，보증조건질량。동시，통과분석EL도상，야유조우완선화개진전지편이급조건적생산공예，대태양능전지적생산유중요지도의의。
In order to meet the higher requirements of customers on the capability of solar modules, the Electroluminescence （EL） test in the solar cells could effected to detect raw materials defects. By using EL test in laminated laying and solar modules, defects, which caused by the unreasonable parameter settings in production process and from human factors, could be controlled. So the quality of solar modules could be guaranteed by eliminating the defects before leaving the factory. Meanwhile, the manufacturing technique of solar ceils and modules could be refined and improved by analysising EL images. It could also provide a constructive guide on the production of solar cells.
