Full-black JKL108-B-(400-415W)MH
400-415W
Mo Series PERC Mono Fll Black Single Glass Module
All-black panels for greater efficiency
Suitable for installation in smaller spaces
All-black panels for greater efficiency
Suitable for installation in smaller spaces
PERC all black solar panels for sale
How PERC Technology Works:
PERC (Passivated Emitter and Rear Cell) solar panel technology is an advanced type of solar cell design that improves the efficiency of photovoltaic panels by enhancing their ability to capture and convert sunlight into electricity.
In traditional solar cells, sunlight that isn’t absorbed in the initial pass through the cell is often lost. However, in PERC cells, an passivation layer is added to the back of the solar cell.
The passivation layer is applied to the back of the cell and it acts as a mirror to reflect unabsorbed sunlight back into the cell. This increases the chances of photons being absorbed and converted into electricity.
The passivation layer also reduces electronic recombination on the rear surface. In conventional cells, recombination causes the electrons (which carry energy) to recombine with the positive charge, which reduces cell efficiency.PERC cells minimise this by allowing more electrons to generate current.
PERC Solar panel Applications
PERC solar panels can be used in a variety of applications, including residential, commercial, and industrial facilities, which all require higher efficiencies and better performance under different environmental conditions.
PERC (Passivated Emitter and Rear Cell) all-black solar panels are a type of modern, high-efficiency solar cell that is typically more efficient than traditional monocrystalline silicon panels.PERC technology improves the efficiency of the cell by adding a passivation layer on the back of the cell, which reduces the loss of electrons to the complex.
Typically, PERC all-black solar panels have efficiencies between 18 and 22 per cent. High-end products can even reach efficiencies of around 23%. Compared to traditional non-PERC panels, PERC panels are able to provide higher power output under the same light conditions.
In addition to higher efficiencies, all-black solar panels have an aesthetically pleasing appearance, making them suitable for installation environments where appearance is of high importance.
Lu'an PERC all-black solar panels adopt all-black panel design, which has strong architectural adaptability and can achieve perfect integration when installed on the surface of the building.
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Product Features
Basic Parameters
Product Features
Higher Conversion Efficiency
M10 silicon oxynitride process andhalfcell multi-busbar technology areusedtoimprove the opticalutilization,and theconversionefficiency is up to 21.2%.
Better Power Generation
Performance
The series parallel design reduces the series resistance RS and reducesinternal electrical performance losses.
Better Reliability
Strict quality control and TUV Rheinland,CE,CTC testing certification ensure higher module reliability.
Visual total black
All black design,moreharm onious and beautifulappli-cation scenarios.
Product System And Certification
ISO 9001
ISO 14001
ISO 45001
IEC 61215
IEC 61730
Leading Quality Standards
15
yrQuality Assurance
30
yrPower Guarantee
-
0.55
%Annual Decay
Basic Parameters
Mechanical Parameters
| Cell | PERC P-type PERC (156) |
| Dimensions | 2465±2mmx1134±2mmx30±1mm |
| Weight | 29.1 kg±3% |
| Glass | 3.2mm AR coating tempered glass, low iron |
| Frame | Anodized aluminium alloy |
| junctionbox | IP68, 3 diodes |
| Wireway | 4mm², 350mm(+)/350mm(-) or Customized Length |
| Packaging | 36pieces/pallet |
| Loadingquantity | 40 HC/: 720pieces, 13 meter truck: 720pieces, 17.5 meter truck: 864pieces |
Drawing
Operation Parameters
| Maxsystem voltage | 1500V DC |
| -OT | -40°C~+85°C |
| Fuse's rated current | 25A |
| Maxload,front | 5400Pa |
| Maxload,back | 2400Pa |
| -NOCT | 45±2°C |
| Backside rate | 80%±5°C |
| safety level | Class Ⅱ |
| Fire performance | UL Type Ⅰ |
I-V Curve
Electrical Parameters
| Model | JKL108-B-400MH | JKL108-B-405MH | JKL108-B-410MH | JKL108-B-415MH | |||||||||
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| EFF [%] | 20.48% | 20.74% | 21.00% | 21.25% | |||||||||
| Powertolerance (w) | 0~+5W | ||||||||||||
| Short circuit current temperature coefficient (a_lsc) | +0.051%/℃ | ||||||||||||
| Open circuit voltage temperature coefficient (B-Voc) | -0.260%/°C | ||||||||||||
| Maximum power temperature coefficient (y_Pmp) | -0.340%/°C | ||||||||||||
| Standard test conditions(STc) | lrradiance 1000W/m²,Cell temperature 25°C,Spectral AM1.5 | ||||||||||||
| Nominal battery operating temperature (NOCT) | lrradiance 800W/m², Ambient temperature 20℃, Spectrum AM1.5, Wind speed 1m/s | ||||||||||||
Note: The electrical performance parameters in this product catalog do not only refer to a single module, nor are they promised in the contract. The electrical parameters are only used for comparison between different module types.
