The Full Black Solar Panel features an integrated black design that combines high-efficiency Topcon cells, half-panel technology, and low-reflective glass, which not only improves light absorption, but also gives modern buildings an elegant and aesthetically pleasing visual effect. Its excellent power generation performance is suitable for residential, commercial rooftop and BIPV building integration applications. With excellent low-light performance and weather resistance, the all-black module can provide stable and reliable energy output under various environmental conditions, making green energy more efficient and aesthetically pleasing.
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Quality assurance
Power guarantee
Annual decay
Topcon batteries have good environmental adaptability, not only can they keep working efficiently in hot,high temperature environments, but also can prevent power degradation in environments with high humidity,which makes them well adapted to a wide range of climatic conditions around the world.
Full Black Solar Panels are widely used in projects where both aesthetic appeal and energy performance are important. Their uniform black appearance allows them to blend seamlessly into modern architecture while delivering reliable power generation.
Residential rooftops
Full Black Solar Panels are especially popular in villas, townhouses, and high-end residential homes. Their sleek, all-black design integrates well with dark roofs, enhancing visual consistency without compromising solar efficiency.
Commercial and office buildings
For offices, hotels, and retail buildings, Full Black Solar Panels help maintain a professional and premium exterior. They are often chosen for visible rooftop or façade installations where brand image and building appearance matter.
Building-integrated photovoltaics (BIPV)
In BIPV applications, Full Black Solar Panels are used on façades, canopies, balconies, and shading structures. Their minimalist look makes them suitable for architectural designs that require clean lines and visual harmony.
Urban and residential communities
In dense urban areas or residential developments with appearance regulations, Full Black Solar Panels are preferred because they reduce visual contrast and are more likely to meet planning or homeowner association requirements.
Premium and showcase solar projects
Full Black Solar Panels are often selected for demonstration projects, green buildings, and eco-friendly developments where design quality is as important as sustainability performance.
By combining modern aesthetics with stable power output, Full Black Solar Panels offer a versatile solution for residential, commercial, and architectural solar applications.
Stronger visual appeal
Full Black Solar Panels feature a clean, uniform black design that blends well with modern rooftops and architectural styles.
Better integration with buildings
They reduce visual contrast on roofs and façades, making them easier to approve in residential communities and design-focused projects.
No sacrifice in performance
Advances in cell and coating technologies allow Full Black Solar Panels to maintain high efficiency while offering premium aesthetics.
Rising demand for premium solar solutions
Homeowners and developers increasingly value solar systems that enhance property appearance as well as energy output.
Wider availability and cost optimization
More manufacturers now offer Full Black Solar Panels across different power ranges, making them more accessible and cost-effective.
Q1: Are Full Black Solar Panels less efficient than standard solar panels?
A: No. Modern Full Black Solar Panels use advanced cell technologies and anti-reflective coatings, allowing them to achieve efficiency levels comparable to standard mono panels, with minimal performance difference.
Q2: Why do Full Black Solar Panels look more expensive?
A: Full Black Solar Panels use black cells, black backsheet, and black frames, which require additional processing steps. This design-focused manufacturing can slightly increase cost but delivers higher aesthetic value.
Q3: Are Full Black Solar Panels suitable for hot climates?
A: Yes. High-quality Full Black Solar Panels are designed with optimized temperature coefficients and perform reliably in hot and high-irradiance environments when properly ventilated.
Q4: Do Full Black Solar Panels generate more heat?
A: They may absorb slightly more heat due to their color, but the impact on overall system output is minimal. Proper system design ensures Full Black Solar Panels operate safely and efficiently.
Q5: Where are Full Black Solar Panels most commonly used?
A: Full Black Solar Panels are widely used in residential rooftops, villas, commercial buildings, and BIPV projects where appearance and architectural integration are important.
Q6: Are Full Black Solar Panels worth the investment?
A: For users who value design, property appearance, and long-term performance, Full Black Solar Panels offer strong overall value by combining reliable energy generation with premium aesthetics.
| Cell | N-type TOPCon(108) |
| Dimensions | 1960±2mm×1134±2mm×30±1mm |
| Weight | 28kg±3% |
| Glass | 2.0mm semi tempered coated glass, low iron |
| Frame | Black anodized aluminum alloy |
| junctionbox | IP68,3 diodes |
| Wireway | 4mm2,300mm(+)/300mm(-)or customized length |
| Packaging | 33 pieces/pallet |
| Loadingquantity | 40HQ:864pieces,13 meter truck:864pieces,17.5 meter truck:1152pieces |

| Maxsystem voltage | 1500V DC |
| Operating Temperature | -40℃ ~+85℃ |
| Fuse's rated current | 25A |
| Maxload front | 5400Pa |
| Maxload back | 2400Pa |
| Normal Operating Cell Temperature | 45±2℃ |
| Safety level | Class ll |
| Fire performance | 3UL Type l |

| Module | JKL108-D-490NB | JKL108-D-495NB | JKL108-D-500NB | JKL108-D-505NB | JKL108-D-510NB |
| STC/NOCT | (FS)(FS)(RS)STCNOCTSTC | (FS)(FS)(RS)STCNOCTSTC | (FS)(FS)(RS)STCNOCTSTC | (FS)(FS)(RS)STCNOCTSTC | (FS)(FS)(RS)STCNOCTSTC |
| Maximum power [W] | 490370392 | 495373396 | 500376400 | 505380404 | 510384408 |
| Maximum working voltage [V] | 31.0829.1729.88 | 31.2829.3730.09 | 31.4829.5730.28 | 31.6829.7730.46 | 31.8829.9730.67 |
| Maximum working current [A] | 15.7712.6713.76 | 15.8312.7113.83 | 15.8912.7513.89 | 15.9512.7913.94 | 16.0112.8213.98 |
| Open circuit voltage [V] | 37.6535.7235.66 | 37.8535.9235.87 | 38.0536.1236.05 | 38.2536.3236.26 | 38.4536.5236.45 |
| Short circuit current [A] | 16.7713.4014.75 | 16.7913.4214.77 | 16.8113.4414.79 | 16.8313.4614.81 | 16.8513.4814.83 |
| EFF [%] | 22.05% | 22.27% | 22.50% | 22.72% | 22.95% |
| Power tolerance(W) | 0 ~+5W | ||||
| Short circuit current temperature coefficient | +0.046%/℃ | ||||
| Open circuit voltage temperature coefficient | -0.250%/℃ | ||||
| Maximum power temperature coefficient | -0.300%/℃ | ||||
| STC | Irradiance 1000W/m², Cell temperature 25°C,Spectral AM1.5 | ||||
| NOCT | Irradiance 800W/m², Ambient temperature 20℃, Spectrum AM1.5, Wind speed1m/s | ||||
Note: The electrical performance in this product catalog do not only refer to a single module, or are they promised in the contract. The electrical parameters are only used for comparison between different module types.