ZHU JKL132-C-(690-710)NH
690-710W
TOPCon High-Efficiency Mono
Single Glass Module
Ideal for scenarios requiring high efficiency
and stable power generation
Single Glass Module
Ideal for scenarios requiring high efficiency
and stable power generation
With its high efficiency, long life and good environmental adaptability, single glass power generation Topcon solar panels show significant advantages in a variety of photovoltaic applications and are particularly suitable for scenarios that require efficient and stable power generation.
Topcon cells have strong PID resistance, longer life and low attenuation rate, high photovoltaic conversion efficiency, and the single glass solar panel process makes it adaptable to a variety of installation conditions and ensures power generation efficiency while providing better cost control.
Luan 690W TOPCON Solar Panel provides stable and efficient power generation efficiency, it can withstand a maximum of 1500V DC voltage, the battery is capable of operating at temperatures ranging from -40°C to 85°C, and we provide you with a 15-year warranty.
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Product Features
Basic Parameters
Product Features
High power
Applying N-type multi-busbar half cut technology to improve energy density and bring higher output power.
Low attenuation
The first year attenuation is less than 1.0% with a linear attenuation of 0.4% per year for 30 years
Better power generation performance
The series parallel design reduces the series resistance Rs and reduce sinternal electrical performance losses
High yield
Effectively reduce system BOS costs achieve lower electricity consumption costs,and improve project profitability.
Leading Quality Standards
15
yrQuality assurance
30
yrPower guarantee
-
0.40
%Annual decay
690W-710W solar panel usage
690W-710W solar panels are used in large-scale projects and power-intensive areas that require efficient power generation, due to their advanced technology, high power generation efficiency and better utilization of mounting space
Demand for large-scale commercial projects and power plants: 690W high-power panels are mainly used in large-scale photovoltaic power plants and commercial projects. As the global demand for clean energy increases, especially in China, India, Europe and North America, the demand for high power solar panels is growing rapidly.
Improved system efficiency: Compared to traditional lower power solar panels, 690W-710W solar panels can significantly improve power generation efficiency, thereby reducing installation costs, land use, and power transmission losses.
Technological advancement in the PV industry: With the application of advanced technologies such as PERC (passivated emitter and back-side cell), HJT (heterojunction technology), TOPCON, etc., high power panels of 690W and above have become high-efficiency solar solutions.
What are the advantages of TOPCon technology?
The main advantages of TOPCon solar cells are their high efficiency and lower degradation rate. It reduces the recombination loss of carriers through the tunneling oxide passivation contact (TOPCon) structure, so it can significantly improve efficiency and achieve a conversion efficiency of more than 25%. This design is more stable in the face of high temperatures and different environmental conditions, and is especially suitable for applications with high energy requirements.
How much does a TOPCon battery cost?
Although the initial manufacturing cost of TOPCon batteries is higher, it can provide a higher return on investment in the long term due to its higher efficiency and longer service life. Its advanced technology and materials require more process steps, resulting in higher costs, but the higher power generation efficiency and lower decay rate make up for this
How does TOPCon technology compare to other battery technologies?
Compared with traditional PERC cells, TOPCon cells have higher efficiency and lower light attenuation, especially under high temperature conditions, and are more stable. Compared with HJT (heterojunction) cells, TOPCon’s production process and cost are closer to the existing PERC process, making its conversion to industrial-scale production more feasible
What is the future development trend of TOPCon batteries?
TOPCon technology is still developing and is expected to continue to break through efficiency bottlenecks. With further optimization of the manufacturing process, the cost of TOPCon batteries is expected to further decrease, while its efficiency may exceed 26%. Advances in this technology make it an important part of the future solar market.
Basic Parameters
Mechanical Parameters
| Cell | N-type TOPCon（132） |
| Dimensions | 2384±2mm×1303±2mm×33±1mm |
| Weight | 33kg±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 | 33pieces/pallet |
| Loading quantity | 40HQ：594pieces，17.5 meter truck：726pieces |
Drawing
Mechanical Parameters
| Maxsystem voltage | 1500V DC |
| Operating Temperature | -40℃ ~+85℃ |
| Fuse's rated current | 30A |
| Maxload front | 5400Pa |
| Maxload back | 2400Pa |
| Cell nominal operating temperature | 45±2°C |
| Safety level | Class ll |
| Fire performance | UL Type l |
I-V Curve
Electrical Parameters
| Model | JKL132-C-690NH | JKL132-C-695NH | JKL132-C-700NH | JKL132-C-705NH | JKL132-C-710NH | ||||||||||
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| EFF [%] | 22.21% | 22.37% | 22.53% | 22.69% | 22.85% | ||||||||||
| 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 | lrradiance 800W/m2, Ambient temperature 20℃, Spectrum AM1.5, Wind speed 1m/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.
