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New techniques to form honeycomb textures on multicrystalline silicon surfaces for enhanced light capture in solar cells are frequently reported. This paper investigates the optical properties of such textures fabricated by inkjet patterning and compares the inkjet-patterned honeycomb-textures to planar surfaces and the more conventional, industrial iso-textures. A novel geometrical modelling method...
Inverted pyramids and v‐groove texturing has been employed for high efficiency cells because they provide advantages over the conventional upright random pyramid texturing used industrially. This letter reports the use of an inkjet‐patterning technique as an alternative to the expensive and complex photolithography method normally used for the dielectric patterning step required for the fabrication...
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