Monocrystalline PERC solar cell
High-efficiency bifacial solar cell material for crystalline PV module production.
Its efficiency, bifaciality, low degradation, and inspection requirements support stable module output.
Features
Why choose this monocrystalline PERC solar cell?
High Efficiency Output
Front-side efficiency above 24.5% supports higher module power within the same cell format.
Stable Module Reliability
Low light-induced attenuation, PID resistance, and controlled temperature coefficients support long-term PV performance.
Application Scenarios
- High-efficiency solar module assembly.
- Bifacial module production.
- PV lines requiring EL and appearance inspection.
- Projects targeting low degradation in field use.
Manufacturing Fit
182 mm cell size, automatic inspection, and defined electrical parameters help factories match cells to module design.
Datasheet
Technical parameters
Technical Specifications
| Product Model | 182 monocrystalline bifacial cell (CZJT-182M-16D1 | |
| Cell Size | 182 x 182 mm +/-0.5 mm | Diagonal 247.28 mm +/-0.5 mm |
| Cell Thickness | 140 um +/-14 um / 130 um +/-13 um | |
| Front Efficiency | >=24.5% | |
| Bifaciality | >=80% | |
| Anti-PID Performance | Superior anti-PID performance | |
| Weak-Light Response | >=97% relative conversion efficiency at 200 W/m2 | |
| Power Temperature Coefficient | -0.32%/K |
Technical Specifications
| Current Temperature Coefficient | 0.07%/K | |
| Voltage Temperature Coefficient | -0.36%/K | |
| Front Grid Design | 16 busbars, 12 sections, 132 fingers | Main grid width 0.036 +/-0.02 mm |
| Back Grid Design | 16 busbars, 12 sections, 120 fingers | Main grid width 0.036 +/-0.02 mm |
| Quality Control | 100% automatic inspection | Electrical performance, appearance, and EL |
| Efficiency Test Accuracy | +/-0.1% |
