• M6 166mm Hjt Solar Cell with 24% Efficiency
  • M6 166mm Hjt Solar Cell with 24% Efficiency
  • M6 166mm Hjt Solar Cell with 24% Efficiency
  • M6 166mm Hjt Solar Cell with 24% Efficiency
  • M6 166mm Hjt Solar Cell with 24% Efficiency
  • M6 166mm Hjt Solar Cell with 24% Efficiency

M6 166mm Hjt Solar Cell with 24% Efficiency

Warranty: 10 Years
Number of Cells: 1 Piece
Application: Solar Panel Manufacturing
Samples:
US$ 0.4/Watt 1 Watt(Min.Order)
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M6 166mm Hjt Solar Cell with 24% Efficiency pictures & photos
M6 166mm Hjt Solar Cell with 24% Efficiency
US $0.35-0.85 / Watt
Min. Order: 3,000 Watt
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Basic Info.

Condition
New
Certification
EST, ISO, CB, CE
Material
Monocrystalline Silicon
Size
156 * 156 mm
Thickness
190 +-30 Um
Certificate
ISO9001/14001, CE/TUV
Efficiency
21.5 ~ 23.5 %
Transport Package
Cartons
Specification
HJT mono bifacial
Trademark
OEM
Origin
China
HS Code
38180011
Production Capacity
Over 10000 Sets Per Year

Packaging & Delivery

Package Size
17.00cm * 17.00cm * 10.00cm
Package Gross Weight
8.500kg

Product Description

N type mono bifacial HJT solar cell

Product Description
 

Silicon Hetero Junction Technology (HJT) is based on an  emitter and back surface field (BSF) that are produced by low temperature growth of ultra-thin layers of amorphous silicon (a-Si:H) on both sides of very well cleaned mono silicon wafers, less than 200 μm in thickness, where electrons and holes are photogenerated.


The cell process is completed by the deposition of transparent conductive oxides that allow for an excellent metallization. The metallization can be done by a standard screen printing which is widely used in industry for the majority of cells or with innovative technologies.


M6 166mm Hjt Solar Cell with 24% Efficiency

 

M6 166mm Hjt Solar Cell with 24% Efficiency
 

Hetero Junction Technology (HJT) silicon solar cells have  attracted a lot of attention because they can achieve high conversion efficiencies, up to 25%, while using low temperature processing, typically below 250 °C for the complete process. Low processing temperature allows handling of silicon wafers of less than 100 μm thick while maintaining a high yield.

 

Key features

High Eff and high Voc
Low temperature coefficient 5-8% power output gain
Bifacial structures

 

More details
 


M6 166mm Hjt Solar Cell with 24% Efficiency
 

M6 166mm Hjt Solar Cell with 24% Efficiency
 


M6 166mm Hjt Solar Cell with 24% Efficiency
M6 166mm Hjt Solar Cell with 24% Efficiency
M6 166mm Hjt Solar Cell with 24% Efficiency
M6 166mm Hjt Solar Cell with 24% Efficiency



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M6 166mm Hjt Solar Cell with 24% Efficiency
M6 166mm Hjt Solar Cell with 24% Efficiency
M6 166mm Hjt Solar Cell with 24% Efficiency
M6 166mm Hjt Solar Cell with 24% Efficiency

 

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