1 Ad

156 X 156mm Multicrystalline Solar PV Cells

Supplier : Moser Baer India Ltd

Key Features of 156 X 156mm Multicrystalline Solar PV Cells
  • Manufactured from high quality multicrystalline silicon wafers
  • Uniform surface morphology through isotropic texturization
  • Emitter deposition in a metal-free roller furnace
  • Uniform blue anti-reflection coating to enhance wide spectral response
  • Metallization through highly automated printing line with world-class vision system ensuring best print quality through auto-paste dispenser
  • Edge isolation by laser ablation technique
  • 100% sorting for both visual and electrical parameters using class A sorter
Enquire now
Product Profile of 156 X 156mm Multicrystalline Solar PV Cells
Moser Baer India Ltd. offers 156 X 156mm Multicrystalline Solar PV Cells. Moser Baer India Ltd. manufactures a range of Optical Storage media like CDs and DVDs. The156 x 156mm Multicrystalline Solar PV Cells are manufactured from highly purified polysilicon in a state-of-the-art manufacturing plant that permits use of thin silicon wafers. The wafers are handled through non-contact Bernoulli grippers and moved horizontally on conveyor belts and rollers through various process steps resulting in stress-free cell. The cells are coated with silicon nitride [SiNx:H] anti-reflection layer using DVD sputtering to have uniform deposition ensuring maximum light capturing capability throughout their lifetime.

Key Features of 156 X 156mm Multicrystalline Solar PV Cells
  • Manufactured from high quality multicrystalline silicon wafers
  • Uniform surface morphology through isotropic texturization
  • Emitter deposition in a metal-free roller furnace
  • Uniform blue anti-reflection coating to enhance wide spectral response
  • Metallization through highly automated printing line with world-class vision system ensuring best print quality through auto-paste dispenser
  • Edge isolation by laser ablation technique
  • 100% sorting for both visual and electrical parameters using class A sorter
3 Ad

2 Ad