Recently

Tongwei's TNC 2.0 series modules were globally launched

G12R-66 has achieved a maximum power of 670W and a maximum efficiency of 24.8%

G12-66 has achieved a maximum power of 765W and a maximum efficiency of 24.6%

With leading technology

and higher gains

initiating "Efficiency Evolution"

Multiple leading technologies, comprehensive application

For front side, back side, and cutting edges

we have them all

Click to view the video

01

Front & Back Sides- Busbarless

908 Technology

(Tongwei's independently developed 0BB technology)

Flexible connection and ultra-many solder wires

have improved the resistance to microcracks

The risk of cell microcracks is reduced by 30%

the shading area is reduced by 0.2%

and the current conduction is increased by 0.6%

Steel screen printing

Precise printing

It has reduced finger width by approximately 25%, with a maximum aspect ratio increase of 110% and a shading area decrease of 3.3%

effectively enhancing current collection capability

Screen printing

Ultra-fine lines

Full-aperture steel mesh to avoid obstruction, achieving ultra-fine line width printing

Optimized form

With the uniform and flat grid line height, high-quality printing reduces resistance

02

Back Side - Optimized Optical Parasitic Absorption

Poly Tech

Bifaciality increased by 5-10%.

achieving an overall power generation gain of 0.67%.

Removing excess polysilicon between grid lines

and retains polysilicon in the slurry contact area

Simultaneously, it conducts passivation withnew materials

achieving superior cell passivation and contact performance

while reducing optical loss from long-wavelength light absorption by polysilicon

03

Cutting Edges - Efficiency Enhancement of Passivation

TPE Technology

Repair of damage and defects after cutting

It effectively repairs the cutting edges, enhancing cell efficiency by over 0.2%

Enhanced cell stability

The passivation layer protects the cell edges from environmental factors

such as moisture and oxidation, thereby extending the service life of the cell

Increased conversion efficiency

It repairs edge damage and reduces leakage current

enhancing the photoelectric conversion efficiency of the cell and increasing module power

04

Comprehensive Consideration for Customer Value

Based on the 100MW project in Madrid, Spain

and compared to conventional mass-produced modules

TNC2.0 G12R-66 module offers

Low BOS

Achieving a reduction of 1.42%

Conventional modules on market

RMB 2.5488/W

TNC 2.0 modules

RMB 2.5127/W

Low LCOE

Achieving a reduction of 1.65%

Conventional modules on market

RMB 0.1242/kWh

TNC 2.0 modules

RMB 0.1222/kWh

Reduced land area

Saving 4.6% of land

Conventional modules on market

2,559.6 mu

TNC 2.0 modules

2,442 mu

Increased power generation

0.5% increase over the entire lifecycle

Conventional modules on market

6,980.13 million kWh

TNC 2.0 modules

7,020.41 million kWh

A 100MW PV power station

Generates an average of 1.34 million kWh additional electricity per year

equivalent to over 5 years of electricity consumption for 100 urban households

Efficiency beyond numbers

Evolution beyond the present

Innovators are always on the move, resonating with the times, and empowering a green future

Planned and produced by: Module Marketing of PV Business Department, Shares Administrative Department

Content support: Product Management of PV Business Department, PV Technology Department

For inquiries, please call: 4000566888