STC: Irradiance 1000W/㎡ Cell Temperature 25℃ AM1.5
Electrical Parameters at NOCT
Module Type
MSD440P-120M
MSD445P-120M
MSD450P-120M
MSD455P-120M
Maximum Power Pmax/W
333
336
340
343
Open Circuit Voltage(Voc/V)
38.40
38.53
38.65
38.77
Short Circuit Current(Isc/A)
10.99
11.03
11.08
11.12
The voltage at Max. Power(Pmp/V)
32.19
32.35
32.51
32.67
Current at Max. Mower(Imp/A)
10.35
10.40
10.46
10.51
NOTE: Irradiance 800W/㎡ Ambient Temperature 20℃ Wind at 1m/S AM1.5
Mechanical Diagrams
Overall dimensions (L×W×H)
Power range
Weight
1909mm×1134mm×35mm
430-455W
About 23.0kg±3%
Characteristics
Current-voltage curve(450W)
Power – voltage curve(450W)
Operating Parameters
Maximum System Voltage
1500V DC
Operating Temperature
-40°C~+85°C
Maximum Series Fuse
20A
NOCT
45±2°C
Fireproof Performance
Glass C
Maximum Static Load, Front
Maximum Static Load, Back
5400Pa(112 lb/ft2)
2400Pa (50 lb/ft2)
Quality warranty and Certification system
10-year product material and technology warranty
25-year linear power output warranty
Mechanical Parameters
Cell
Mono
Solar Cells
120pcs(6*20)
Dimension
1909×1134×35mm
Weight
23.0kg±3%
Structure
3.2 glass + EVA film + back
Cable Cross-Section Size
4mm2(IEC)
Junction Box
IP68、3*bypass diode
Cable Length ( Including Connector)
4.0mm²,(+)280mm/(-)280mm(custom)
Connector
MC4/Compatible with MC4
Module Excellence
Multi Busbar Technology: Better light trapping and current collection to improve, Effectively improve the module’s power output and reliability。
Higher output power: Module output power increased to 455W.
Low light performance: The special solar cell technology has excellent low light power generation performance.
Better resistance to hot spots: The use of half cell structure and special circuit design is less shade loss, with better temperature coefficient and thermal spot resistance ability.
Adaptability to harsh environments: High-performance materials are suitable for coastal, farm, desert, and other harsh environmental conditions, the glass surface is anti-reflective and easy to clean, minimizing power generation losses caused by dirt and dust.