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B. Sun, J. Sheng, S. Yuan, C. Zhang, Z. Feng and Q. Huang, “Industrially Feasible Casting-mono Crystalline Solar Cells with PECVD AlOx/SiNx Rear Passivation Stack towards 19.6% Efficiency,” 38th IEEE Passaic Valley Sewerage Commission, Austin, 2012, pp. 1125 1128.

has been cited by the following article:

• TITLE: Effect of Sub-Grains and Crystal Defects on Monolike Si Solar Cell Performance

  AUTHORS: Chris Yang, Hao Wu, Ian Cooper

  KEYWORDS: Monolike; Defects; Grain Orientation; Cell Efficiency

  JOURNAL NAME: Materials Sciences and Applications, Vol.4 No.2, February 25, 2013

  ABSTRACT: This paper investigates crystalline orientation in monolike silicon wafers and its effect on solar cell performance. Monolike silicon wafers from two different bricks cut from interior and corner region of an ingot were compared. The mono grain in the interior brick is nearly perfect, but there are some large oblong shaped sub-grains in the corner brick. The large sub-grains at corner brick wafers are oriented at (311), instead of (100) orientation. The (311) grains contain high density of dislocation and cannot be effectively textured by alkaline solution, therefore lowering the cell efficiency significantly. There is about 0.86% (abs) cell efficiency reduction on the monolike cells that contain large sub-grains.