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Product & Technology
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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 |
LID
Lower LID
PID Resistance
Exceptional PID resistance
Lower Sealing Damage
Lower sealing losses, better suited to high efficiency module
Lower Power Temperature Coefficient
The power temperature coefficient down to -0.30%/K
Better Performance in Low Irradiance Environment
200W/m relative conversion rate in low irradiance environment ≥97%
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 |
LID
Lower LID
PID Resistance
Exceptional PID resistance
Lower Sealing Damage
Lower sealing losses, better suited to high efficiency module
Lower Power Temperature Coefficient
The power temperature coefficient down to -0.30%/K
Better Performance in Low Irradiance Environment
200W/m relative conversion rate in low irradiance environment ≥92%
High Conversion Efficiency
Front-side efficiency ≥25%
Bifaciality≥80%
CZJT-182M-10D11(F160R200）
| Model | MoNo 1 （182-16BB） |
|---|---|
| Dimension | 182.2mm*182.2mm |
| Thickness | 130μm |
| Front | 16 busbars |
| Back | 16 busbars |
LID
Lower LID
PID Resistance
Exceptional PID resistance
Lower Sealing Damage
Lower sealing losses, better suited to high efficiency module
Lower Power Temperature Coefficient
The power temperature coefficient down to -0.30%/K
Better Performance in Low Irradiance Environment
200W/m relative conversion rate in low irradiance environment ≥92%
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 |
LID
Lower LID
PID Resistance
Exceptional PID resistance
Lower Sealing Damage
Lower sealing losses, better suited to high efficiency module
Lower Power Temperature Coefficient
The power temperature coefficient down to -0.30%/K
Better Performance in Low Irradiance Environment
200W/m relative conversion rate in low irradiance environment ≥92%
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 |
LID
Lower LID
PID Resistance
Superior anti-PID performance
Lower Sealing Damage
LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module
Lower Power Temperature Coefficient
Temperature coefficient of Power as low as -0.30%/K
Better Performance in Low Irradiance Environment
Relative conversion efficiency≥97% under low light (200W/m²)
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 |
LID
Lower LID
PID Resistance
Superior anti-PID performance
Lower Sealing Damage
LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module
Lower Power Temperature Coefficient
Temperature coefficient of Power as low as -0.30%/K
Better Performance in Low Irradiance Environment
Relative conversion efficiency≥97% under low light (200W/m²)
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 |
LID
Lower LID
PID Resistance
Superior anti-PID performance
Lower Sealing Damage
LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module
Lower Power Temperature Coefficient
Temperature coefficient of Power as low as -0.30%/K
Better Performance in Low Irradiance Environment
Relative conversion efficiency≥92% under low light (200W/m²)
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 |
LID
Lower LID
PID Resistance
Superior anti-PID performance
Lower Sealing Damage
LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module
Lower Power Temperature Coefficient
Temperature coefficient of Power as low as -0.30%/K
Better Performance in Low Irradiance Environment
Relative conversion efficiency≥92% under low light (200W/m²)
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 |
LID
Lower LID
PID Resistance
Superior anti-PID performance
Lower Sealing Damage
LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module
Lower Power Temperature Coefficient
Temperature coefficient of Power as low as -0.30%/K
Better Performance in Low Irradiance Environment
Relative conversion efficiency≥92% under low light (200W/m²)
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 |
LID
Lower LID
PID Resistance
Superior anti-PID performance
Lower Sealing Damage
LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module
Lower Power Temperature Coefficient
Temperature coefficient of Power as low as -0.30%/K
Better Performance in Low Irradiance Environment
Relative conversion efficiency≥92% under low light (200W/m²)
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 |
LID
Lower LID
PID Resistance
Superior anti-PID performance
Lower Sealing Damage
LowerCell to Module (CTM) Loss Rate, more suitable for high conversion effciency module
Lower Power Temperature Coefficient
Temperature coefficient of Power as low as -0.30%/K
Better Performance in Low Irradiance Environment
Relative conversion efficiency≥92% under low light (200W/m²)
High Conversion Efficiency
Front-side efficiency ≥25%
Bifaciality≥80%
CONTACT
15F,GLC Plaza,Suzhou Industrial Park,Jiangsu Province,China