결정질 실리콘 태양전지의 광열화 현상

Light Induced Degradation in Crystalline Si Solar Cells
  • 탁성주
  • 김영도
  • 김수민
  • 박성은
  • 김동환

초록

The main issue of boron doped p-type czochralski-grown silicon solar cells is the degradation when they are exposed to light or minority carriers injection. This is due to the meta-stable defect such as boron-oxygen in the Cz-Si material. Although a clear explanation is still researching, recent investigations have revealed that the Cz-Si defect is related with the boron and the oxygen concentration. They also revealed how these defects act a recombination centers in solar cells using density function theory (DFT) calculation. This paper reviews the physical understanding and gives an overview of the degradation models. Therefore, various methods for avoiding the light-induced degradation in Cz-Si solar cells are compared in this paper.

키워드

Light induced degradation(광열화 현상)Solar cells(태양전지)Silicon(실리콘)Boron doped Cz-Si(보론 도핑된 쵸크랄스키실리콘)Defect pair(불순물 결합)Carrier lifetime(소수반송자수명)
제목
결정질 실리콘 태양전지의 광열화 현상
제목 (타언어)
Light Induced Degradation in Crystalline Si Solar Cells
저자
탁성주김영도김수민박성은김동환
발행일
2012
저널명
신재생에너지
8
1
페이지
24 ~ 34