Against the backdrop of the growing global trend of new energy, the technological innovation of the photovoltaic industry is particularly eye-catching. As one of the most popular high-efficiency photovoltaic modules in the market, the Jinko Tiger Neo panel is becoming a popular choice in various photovoltaic projects with its leading technology and excellent performance. This article will systematically analyze the technical highlights of the Jinko Tiger Neo panel from multiple aspects such as core technology, performance advantages, application scenarios and future development trends, to help industry professionals have a more comprehensive understanding of the outstanding features of this photovoltaic product series.
1. Technical background of Tiger Neo panel
Tiger Neo panel is a high-efficiency photovoltaic module product based on N-type TOPCon cell technology. TOPCon, or "Tunnel Oxide Passivated Contact", is a tunneling oxide passivated contact technology and one of the current mainstream N-type high-efficiency cell routes.
Compared with traditional P-type PERC technology, N-type TOPCon has higher conversion efficiency, lower attenuation rate and stronger environmental adaptability, and is an important development direction for future photovoltaic modules. Tiger Neo came into being in this context, and through the integration of cutting-edge technologies, it has become the representative of the next generation of high-efficiency photovoltaic modules.
2. Six core technical highlights of Tiger Neo panel
N-type TOPCon technology: the source of high efficiency
Tiger Neo uses N-type TOPCon cells, which have longer carrier life and lower surface recombination rate than traditional P-type cells, thus greatly improving the photoelectric conversion efficiency. At present, the efficiency of Tiger Neo series modules has exceeded 22%, and some models have exceeded 22.5%, which is at the leading level in the industry.
In addition, N-type TOPCon cells have the natural advantage of bifacial power generation. Both the front and back sides of the module can absorb light, which is particularly suitable for ground power stations and photovoltaic agricultural complementary scenes, and the overall power generation is significantly improved.
Extremely low light decay and temperature coefficient: improve long-term power generation benefits
Tiger Neo modules have extremely low light-induced decay (LID) and electrical decay (LeTID), which is much better than P-type modules. Its LID decay rate is almost negligible, effectively extending the service life of the module and ensuring long-term output power.
At the same time, its temperature coefficient is controlled at around -0.29%/℃, which means that the performance of the module degrades more slowly in high temperature environments. This feature makes Tiger Neo perform particularly well in hot areas, especially in high-irradiation and high-temperature areas such as the Middle East, Africa, and Southeast Asia.
Bifaciality up to 85%: Achieve higher energy capture rate
The N-type modules of the Tiger Neo series naturally have excellent bifacial power generation capabilities. Its bifaciality is as high as 80%-85%, which is much higher than the 70% of traditional P-type modules. Bifaciality refers to the ratio of the power generation capacity of the back side to the front side. The back side can also effectively utilize the reflected light from the ground to improve the power generation efficiency of the overall system.
When combined with high-reflectivity ground conditions (such as cement, white gravel or grass), Tiger Neo's power generation capacity can be increased by an additional 10%-20%, greatly optimizing the levelized cost of electricity (LCOE).
Low-resistance large-size silicon wafers and multi-busbar technology: Enhanced conductivity
The Tiger Neo series generally uses 182mm large-size silicon wafers, and is combined with a multi-busbar (MBB) design to effectively shorten the current transmission path, reduce series resistance, and improve the internal conductivity efficiency and overall conversion rate of the module.
MBB design can also reduce the sensitivity of the module to microcracks, improve the performance of anti-hidden cracks, and further enhance the long-term stability and reliability of the module.
Low attenuation guarantee and 30-year linear power warranty
Tiger Neo provides a warranty policy that is better than the industry standard, usually providing 12 years of product quality guarantee and 30 years of linear power output guarantee. The attenuation of the module in the first year is less than 1%, and the attenuation rate is less than 0.4% per year thereafter, which means that within the 30-year service life, the module can still maintain more than 87.4% of the initial power.
This high-quality assurance system provides power station investors with a stable return on investment expectation and also reflects Jinko's confidence in the durability of its products.
Excellent environmental adaptability: Coping with a variety of extreme climates
Tiger Neo panels have passed international certification tests including IEC 61215 and IEC 61730, and have excellent wind pressure resistance (up to 5400Pa) and snow pressure resistance (2400Pa). In addition, its resistance to salt spray, ammonia and sand and dust is also excellent, suitable for a variety of environments such as coastal, desert and agricultural.
This makes Tiger Neo components more adaptable to scenarios in global project applications, especially suitable for high-reliability scenarios such as large ground power stations and industrial and commercial rooftops.
3. Advantages of Tiger Neo in practical applications
Lower Levelized Cost of Electricity (LCOE)
Thanks to its high efficiency, bifacial power generation and low temperature coefficient, Tiger Neo can produce more electricity in the same area or system scale, thereby effectively reducing the investment and maintenance costs per unit of electricity and optimizing the cost of electricity.
Higher system compatibility
Tiger Neo panels are standard in size, moderate in weight, easy to install, and widely compatible with mainstream brackets and inverter systems on the market. Its excellent low-voltage characteristics also make it more suitable for high series and parallel configurations in centralized or distributed systems.
More suitable for ultra-large power stations and complex environments
For photovoltaic power station projects that pursue high performance and stability (such as desert ground power stations, agricultural photovoltaic complementary projects, fishery photovoltaic complementary power stations, etc.), Tiger Neo's multiple technical advantages show stronger power generation capabilities and lower failure rates in actual operation and maintenance.
4. Overview of Tiger Neo product series
Tiger Neo has currently launched multiple product models for power ranges and application scenarios, including:
Tiger Neo 72HC: suitable for large ground power stations, with a power range of more than 550W;
Tiger Neo 60HC/66HC: suitable for industrial and commercial rooftop projects;
All-black version: meets the dual needs of residential roof beauty and performance;
Transparent backplane version: takes into account both lightweight and high bifaciality, suitable for special structural roofs.
This rich product matrix enables Tiger Neo to flexibly adapt to the needs of different types of customers and projects.
The Jinko Tiger Neo series is not only a component product, but also a system solution that integrates cutting-edge photovoltaic technology. From the upgrade of the N-type TOPCon cell architecture, to the high-efficiency power generation on both sides, extremely low temperature loss, long-term reliability guarantee, to its excellent environmental adaptability, Tiger Neo undoubtedly represents the high level of current photovoltaic component technology.
Against the background of the accelerated global clean energy transformation, Tiger Neo provides users with more stable and higher-yield photovoltaic solutions with its advantages of high efficiency, low attenuation, strong compatibility and wide adaptability. If you are looking for the next generation of high-efficiency photovoltaic modules, Tiger Neo is undoubtedly a trustworthy first choice.
If you need to learn more about the model parameters, product application cases or inquiry services of the Tiger Neo series, please contact us for more professional support.
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