This paper is a study of polycrystalline silicon solar panel (Multi-crystalline silicon solar cells) antireflection thin film (Antireflection thin films) code in production techniques, anti-reflective SiNx thin films have become a single crystal or polycrystalline silicon thin film solar cell manufacturing one of the key steps. Industry are for Plasma Enhanced Chemical Vapor Deposition PECVD SiNx thin films method for deposition for short. However the application from a Terminal product can be found on the actual solar cell rendering on color antireflection thin film deposition of mission specific. Cause solar cell module visually obtrusive and inconsistent. Confirmed through research, this color difference originated antireflection thin film thickness. In addition, antireflective film thickness uneven, affecting metal sintering stage through the degree at the interface with the possibility of changing Silicon alloy which led on solar cells, parallel and series resistors of change, indirectly affecting the solar cell conversion efficiency.
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