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HJT PV modules

Advanced heterojunction technology (HJT) provides incredible performance for solar modules. This accelerates the payback of the project and return on investment

HJT in details

Front side and rear side metallization Front side and rear side metallization
Front side and rear side metallization
Conductive layer of transparent conductive oxide Conductive layer of transparent conductive oxide
Conductive layer of transparent conductive oxide
Amorphous silicon semiconductor layer Amorphous silicon semiconductor layer
Amorphous silicon semiconductor layer
Textured N-type monocrystalline silicon wafer Textured N-type monocrystalline silicon wafer
Textured N-type monocrystalline silicon wafer
Front side and rear side metallization
Conductive layer of transparent conductive oxide
Amorphous silicon semiconductor layer
Textured N-type monocrystalline silicon wafer
Front side and rear side metallization Front side and rear side metallization
Front side and rear side metallization
Conductive layer of transparent conductive oxide Conductive layer of transparent conductive oxide
Conductive layer of transparent conductive oxide
Amorphous silicon semiconductor layer Amorphous silicon semiconductor layer
Amorphous silicon semiconductor layer
Textured N-type monocrystalline silicon wafer Textured N-type monocrystalline silicon wafer
Textured N-type monocrystalline silicon wafer

HJT PV Technology advantages

High efficiency
up to 25%

High efficiency

makes it possible to save place and install fewer support structures.
As a result, your CAPEX will be decreased
Low temperature coefficient
-0.26% / °C

Low temperature coefficient

leads to 10% increase in output in hot climates and low light conditions
Ultra High bifaciality
>90%

Ultra High bifaciality

allows to increase electricity generation up to 20%,
which provides short payback periods

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HJT vs. mass-market crystalline PV technologies

Lifespan

Average lifetime values ​​for cell type without loss of efficiency
up to 25 years
up to 30 years

Temperature Coefficient

Average temperature coefficient ​​for cell type
-0.38%/°C
-0.26%/°C

Highest Recorded Efficiency

Highest cell efficiency ever recorded during operational usage
23.5%
25%

Market Share

36%
10%

Powering business
with Solar

Reduce costs

Reducing electricity bills of households and small enterprise

Additional power

Fast and easy power supply at your site

Reduce carbon footprint

By reducing your carbon footprint, you demonstrate goodwill toward the planet, stewardship within your community, and leadership within your industry

Warranty

Official factory warranty from the manufacturer for the product 12-15 years and for production up to 30 years
Products
Solar module 144 cells M10 MBB
Solar module 144 cells M10 MBB
  • Гарантия линейной производительности 30
  • Гарантия на модуль 15
  • Rated power 540-560 WT
  • Efficiency 25.7%
  • Operating temperature –40 до +85°C
  • Configuration ‘glass-glass’ technology
  • Dimensions, mm 1135×2256×35
Solar module 144 cells M6 MBB
Solar module 144 cells M6 MBB
  • Гарантия линейной производительности 30
  • Гарантия на модуль 15
  • Rated power 440-455 WT
  • Efficiency 24.6%
  • Operating temperature –40 до +85°C
  • Configuration ‘glass-glass’ technology
  • Dimensions, mm 1051×2134×35
Solar module 66 cells M2+
Solar module 66 cells M2+
  • Гарантия линейной производительности 30
  • Гарантия на модуль 15
  • Rated power 355-370 WT
  • Efficiency 23.5%
  • Operating temperature –40 до +85°C
  • Configuration ‘glass-glass’ technology
  • Dimensions, mm 1852×997×35