Shangrao Jietai New Energy Technology Co., Ltd.
182-16-BB

210-18BB N-type Monocrystalline cell

Product model JT-210M-18D1
Front 18 busbars
Rear 18 busbars
Thickness 130±13μm
Dimensions 210mm*210±0.5mm,  φ295mm±0.5mm
Current Temperature Coefficient +0.045%/K
Voltage Temperature Coefficient -0.25%/K
Power Temperature Coefficient -0.30%/K

 

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LID

LID

Lower LID

PID Resistance

PID Resistance

Exceptional PID resistance

Lower Sealing Damage

Lower Sealing Damage

Lower sealing losses, better suited to high efficiency module

Lower Power Temperature Coefficient

Lower Power Temperature Coefficient

The power temperature coefficient down to -0.30%/K

Better Performance in Low Irradiance Environment

Better Performance in Low Irradiance Environment

200W/m relative conversion rate in low irradiance environment ≥97%

High Conversion Efficiency

High Conversion Efficiency

Front-side efficiency ≥26%

Bifaciality≥80%

CZJT-182M-16D1(F160R200)

Model MoNo 1 (199-16BB)
Dimension 182.2mm*199mm
Thickness 130μm
Front 16 busbars
Back 16 busbars

 

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182-10-BB
LID

LID

Lower LID

PID Resistance

PID Resistance

Exceptional PID resistance

Lower Sealing Damage

Lower Sealing Damage

Lower sealing losses, better suited to high efficiency module

Lower Power Temperature Coefficient

Lower Power Temperature Coefficient

The power temperature coefficient down to -0.30%/K

Better Performance in Low Irradiance Environment

Better Performance in Low Irradiance Environment

200W/m relative conversion rate in low irradiance environment ≥92%

High Conversion Efficiency

High Conversion Efficiency

Front-side efficiency ≥25%

Bifaciality≥80%

182-16-BB

CZJT-182M-10D11(F160R200)

Model MoNo 1 (182-16BB)
Dimension 182.2mm*182.2mm
Thickness 130μm
Front 16 busbars
Back 16 busbars

 

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LID

LID

Lower LID

PID Resistance

PID Resistance

Exceptional PID resistance

Lower Sealing Damage

Lower Sealing Damage

Lower sealing losses, better suited to high efficiency module

Lower Power Temperature Coefficient

Lower Power Temperature Coefficient

The power temperature coefficient down to -0.30%/K

Better Performance in Low Irradiance Environment

Better Performance in Low Irradiance Environment

200W/m relative conversion rate in low irradiance environment ≥92%

High Conversion Efficiency

High Conversion Efficiency

Front-side efficiency ≥25%

Bifaciality≥80%

CZJT-182M-12D1(F160R200)

Model MoNo 1 (210-18BB)
Dimension 210mm*210mm
Thickness 130μm
Front 18 busbars
Back 18 busbars

 

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182-10-BB
LID

LID

Lower LID

PID Resistance

PID Resistance

Exceptional PID resistance

Lower Sealing Damage

Lower Sealing Damage

Lower sealing losses, better suited to high efficiency module

Lower Power Temperature Coefficient

Lower Power Temperature Coefficient

The power temperature coefficient down to -0.30%/K

Better Performance in Low Irradiance Environment

Better Performance in Low Irradiance Environment

200W/m relative conversion rate in low irradiance environment ≥92%

High Conversion Efficiency

High Conversion Efficiency

Front-side efficiency ≥25%

Bifaciality≥80%

N182DG16D1 N-type 

Model 182.2 mono-crystalline Bifacial solar cell(N182DG16D1)
Dimension 182.2mm×191.6mm±0.5mm,φ262.5mm±0.5mm
Thickness 130μm±13μm
Front 16 busbars,14 pads,190 fingers,busbar width 0.03±0.015mm
Back 16 busbars,14 pads,210 fingers,busbar width 0.03±0.015mm
TkCurrent 0.045%/K
TkPower -0.30%/K
TkVoltage -0.25%/K
Learn More
LID

LID

Lower LID

PID Resistance

PID Resistance

Superior anti-PID performance

Lower Sealing Damage

Lower Sealing Damage

LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module

Lower Power Temperature Coefficient

Lower Power Temperature Coefficient

Temperature coefficient of Power as low as -0.30%/K

Better Performance in Low Irradiance Environment

Better Performance in Low Irradiance Environment

Relative conversion efficiency≥97% under low light (200W/m²)

High Conversion Efficiency

High Conversion Efficiency

Front-side efficiency ≥25%

Bifaciality≥80%

N182DG18D1 N-type TOPCon

Model 182.2 mono-crystalline Bifacial solar cell(N182DG18D1)
Dimension 182.2mm×191.6mm±0.5mm,φ262.5mm±0.5mm
Thickness 130μm±13μm
Front 18 busbars,12 pads,154 fingers,busbar width 0.03±0.015mm
Back 18 busbars,12 pads,168 fingers,busbar width 0.03±0.015mm
TkCurrent 0.045%/K
TkPower -0.30%/K
TkVoltage -0.25%/K
Learn More
LID

LID

Lower LID

PID Resistance

PID Resistance

Superior anti-PID performance

Lower Sealing Damage

Lower Sealing Damage

LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module

Lower Power Temperature Coefficient

Lower Power Temperature Coefficient

Temperature coefficient of Power as low as -0.30%/K

Better Performance in Low Irradiance Environment

Better Performance in Low Irradiance Environment

Relative conversion efficiency≥97% under low light (200W/m²)

High Conversion Efficiency

High Conversion Efficiency

Front-side efficiency ≥25%

Bifaciality≥80%

N182EM-16D1 N-type TOPCon

Model 182 mono-crystalline Bifacial solar cell(N182EM16D1)
Dimension 182.2mm×199mm±0.5mm,φ259.27mm±0.5mm
Thickness 130μm±13μm
Front 16 busbars,12 pads,174 fingers,busbar width 0.036±0.02mm
Back 16 busbars,12 pads,180 fingers,busbar width 0.036±0.02mm
TkCurrent 0.045%/K
TkPower -0.30%/K
TkVoltage -0.25%/K

 

Learn More
LID

LID

Lower LID

PID Resistance

PID Resistance

Superior anti-PID performance

Lower Sealing Damage

Lower Sealing Damage

LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module

Lower Power Temperature Coefficient

Lower Power Temperature Coefficient

Temperature coefficient of Power as low as -0.30%/K

Better Performance in Low Irradiance Environment

Better Performance in Low Irradiance Environment

Relative conversion efficiency≥92% under low light (200W/m²)

High Conversion Efficiency

High Conversion Efficiency

Front-side efficiency ≥25%

Bifaciality≥80%

N182CG-18D1-(F172R200)

Model MoNo 1 (199-16BB)
Dimension 182.2mm*199mm
Thickness 130μm
Front 16 busbars
Back 16 busbars

 

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LID

LID

Lower LID

PID Resistance

PID Resistance

Superior anti-PID performance

Lower Sealing Damage

Lower Sealing Damage

LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module

Lower Power Temperature Coefficient

Lower Power Temperature Coefficient

Temperature coefficient of Power as low as -0.30%/K

Better Performance in Low Irradiance Environment

Better Performance in Low Irradiance Environment

Relative conversion efficiency≥92% under low light (200W/m²)

High Conversion Efficiency

High Conversion Efficiency

Front-side efficiency ≥25%

Bifaciality≥80%

N210AG-18D1 N-type TOPCon

Model MoNo 1 (210R-16BB)
Dimension 182.2mm*210mm
Thickness 130μm
Front 16 busbars
Back 16 busbars

 

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LID

LID

Lower LID

PID Resistance

PID Resistance

Superior anti-PID performance

Lower Sealing Damage

Lower Sealing Damage

LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module

Lower Power Temperature Coefficient

Lower Power Temperature Coefficient

Temperature coefficient of Power as low as -0.30%/K

Better Performance in Low Irradiance Environment

Better Performance in Low Irradiance Environment

Relative conversion efficiency≥92% under low light (200W/m²)

High Conversion Efficiency

High Conversion Efficiency

Front-side efficiency ≥25%

Bifaciality≥80%

N210BM-16D1 N-type TOPCon

Model 210 mono-crystalline Bifacial solar cell (N210BM16D1)
Dimension 182.2mm×210mm±0.5mm,φ272mm±0.5mm
Thickness 130μm±13μm
Front 16 busbars,14 pads,186 fingers,busbar width 0.036±0.02mm
Back 16 busbars,14 pads,192 fingers,busbar width 0.036±0.02mm
TkCurrent 0.045%/K
TkPower -0.30%/K
TkVoltage -0.25%/K

 

Learn More
LID

LID

Lower LID

PID Resistance

PID Resistance

Superior anti-PID performance

Lower Sealing Damage

Lower Sealing Damage

LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module

Lower Power Temperature Coefficient

Lower Power Temperature Coefficient

Temperature coefficient of Power as low as -0.30%/K

Better Performance in Low Irradiance Environment

Better Performance in Low Irradiance Environment

Relative conversion efficiency≥92% under low light (200W/m²)

High Conversion Efficiency

High Conversion Efficiency

Front-side efficiency ≥25%

Bifaciality≥80%

N210AG-20D1 N-type TOPCon

Model MoNo 1 (191-16BB)
Dimension 182.2mm*191.6mm
Thickness 130μm
Front 16 busbars
Back 16 busbars

 

Learn More
LID

LID

Lower LID

PID Resistance

PID Resistance

Superior anti-PID performance

Lower Sealing Damage

Lower Sealing Damage

LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module

Lower Power Temperature Coefficient

Lower Power Temperature Coefficient

Temperature coefficient of Power as low as -0.30%/K

Better Performance in Low Irradiance Environment

Better Performance in Low Irradiance Environment

Relative conversion efficiency≥92% under low light (200W/m²)

High Conversion Efficiency

High Conversion Efficiency

Front-side efficiency ≥25%

Bifaciality≥80%