380W 410W 430W Mono 166 Shingled Solar Module

380W 410W 430W Mono 166 Shingled Solar Module

Package Size 180.00cm * 120.00cm * 40.00cm Package Gross Weight 25.000kg Shingled cells are made by dividing a full-size
Basic Info.
Model NO. WP-430-72M
Application Industrial
Condition New
Certification EST, ISO, CB, CE
Material Monocrystalline Silicon
Junction Box IP68, 3 Bypass Diode
Glass 3.2mm High Transmission Tempered Glass
Front Load 5400PA
Weight 22kg
Cables 4mm 2
Solar Cell Mono Perc 166mm
Lead Time 15 Days
Frame Anodized Aluminium Alloy
Transport Package Carton and Pallets
Specification 1723*1134*35mm
Trademark WEUP
Origin China
HS Code 8541430000
Production Capacity 30000000W/Week
Packaging & Delivery
Package Size 180.00cm * 120.00cm * 40.00cm Package Gross Weight 25.000kg
Product Description

380W 410W 430W Mono 166 Shingled Solar Module


Shingled cells are made by dividing a full-size cell into five strips with each section being one fifth the size of a full cell. The narrow cell strips are assembled into long strings of 34 to 40 cells depending on the panel size. This results in a similar string voltage of a regular panel but a fifth of the electrical current. Lowering the string current reduces the resistance and operating temperature which reduces the chance of hot spots forming if there is ever a faulty cell or micro-crack.

Shingled solar cell

Unlike traditional solar panels which use soldered ribbons to interconnect the cells, shingled cell panels instead use electrically conductive adhesive (ECA) which reduces stress on the cells during manufacture. Additionally, as panels heat up and expand slightly during the day traditional solder ribbon expands and can eventually fail while the conductive adhesive used on shingled cells helps reduce the internal stresses due to thermal expansion.

Another benefit of using the shingled cell format where the strings of cells are assembled horizontally across the panel is the improved shade tolerance. Since each string of cells is essentially independent, if one or more strings are shaded it does not reduce the current of the other strings.


380W 410W 430W Mono 166 Shingled Solar Module

Shingled cells in strings are able to operate independently and perform very well under partially shaded conditions

380W 410W 430W Mono 166 Shingled Solar Module

Maximum Power at STC410W420W430W
Maximum Power Voltage (Vmpp)39.69V39.69V39.69V
Maximum Power Current (Impp)10.33A10.58A10.83A
Open-circuit Voltage (Voc)47.18V47.18V47.18V
Short-circuit Current (Isc)10.95A11.22A11.48A
Module Efficiency20.92%21.43%21.43%
Maximum System Voltage1000V1000V1000V
Mechanical Data
Cell TypeMonocrystallineMonocrystallineMonocrystalline
Output Tolerance±3%±3%±3%
Connector TypeMC4MC4MC4
Cable4mm2/ 1000mm4mm2/ 1000mm4mm2/ 1000mm
Junction boxIP67IP67IP67
Working Temperature-40 ~ 85°C-40 ~ 85°C-40 ~ 85°C
Glass / EncapsulantGlass / EncapsulantGlass / Encapsulant
Module Structure/ cell / Encapsulant // cell / Encapsulant // cell / Encapsulant /
BacksheetBacksheetBacksheet
Glass Thickness3.2mm3.2mm2.0mm
Double GlazedXXX
From both sides
GeneratingFrom single sideFrom single side15-20% more power
Full-BlackFull-BlackFull-Black
FrameAnodic AluminumAnodic AluminumAnodic Aluminum
Oxide FrameOxide FrameOxide Frame
Packaging
Dimensions1723*1134*35mm1723*1134*35mm1723*1134*35mm
Weight22.0kg22.0kg22.0kg
Container40' HQ40' HQ40' HQ
Pieces per Pallet313131
Weight per Pallet692kg692kg692kg
Pieces per Container806806806

380W 410W 430W Mono 166 Shingled Solar Module

380W 410W 430W Mono 166 Shingled Solar Module