<

New Jinko Tiger Neo III 535 W: more power in a panel under two metres

The Jinko JKM535N-54QL6-DV 535 W belongs to the Tiger Neo III range from JinkoSolar and combines N-Type TOPCon technology, 23.83% module efficiency and a monofacial double-glass construction.

One of its main differentiators is its format. The panel reaches 535 W with dimensions of 1,980 × 1,134 mm, delivering high power without requiring modules measuring 2.3 or 2.4 metres. This combination expands its application possibilities in residential, commercial and industrial rooftops where the available space and the distribution of the panels determine the design of the installation.

535 W without resorting to a large-format module

Higher photovoltaic module power is usually associated with larger dimensions. Modules used in large-scale installations can reach lengths of nearly 2.4 metres, which limits their integration into certain roofs.

The Jinko Tiger Neo III 54QL6-DV uses a different format. Its 535 W version maintains a length of 1,980 mm and offers a balance between power, efficiency and installation versatility.

This feature is especially interesting in projects where a large-format panel can make distribution on the roof difficult. By having more power per unit, it also makes it possible to achieve the planned power using fewer modules than with lower-power models, provided that the design of the installation makes effective use of the available area.

Professional applications

What types of installations is the Jinko 535 W designed for?

The combination of power, efficiency and dimensions of the Jinko JKM535N-54QL6-DV
allows it to be integrated into different types of professional photovoltaic projects.

01

Residential

Higher-power residential rooftops

An option for homes with high consumption or installations where the aim is to increase photovoltaic power without resorting to large-format modules.

02

Commercial and industrial

More power for commercial and industrial rooftops

Its efficiency of 23.83% allows better use of the rooftops of warehouses, offices, retail premises and other commercial buildings.

03

Limited space

Better use of the available area

Its high power per square meter is useful when the available space determines the number of panels that can be installed.

04

Versatile format

Alternative to large-format modules

Its length of 1,980 mm facilitates the design of projects in which 2.3 or 2.4 meter panels complicate the distribution on the roof.

Features of the Jinko JKM535N-54QL6-DV

The electrical parameters are indicated in standard test conditions STC: irradiance of 1,000 W/m², cell temperature of 25 °C and air mass AM 1.5.

Efficiency of 23.83% to make better use of the roof

The 535 W version achieves an efficiency of 23.83 %, which allows high power to be concentrated within an area of approximately 2.25 m².

Efficiency becomes especially important when the available surface area is limited. A module capable of generating more power within compact dimensions allows for better use of each square meter of roof.

Depending on the project layout, this higher power density can help reduce the total number of modules required to achieve the target power. This can also reduce the number of connections, fixing points and structural elements, although the result will depend on the final design of the installation.

Tiger Neo III N-Type TOPCon technology

The JKM535N-54QL6-DV uses monocrystalline cells N-Type TOPCon and is part of the Tiger Neo III range of JinkoSolar.

The structure of the cells, the design of the busbars and the internal distribution of the module are optimized to improve the use of the active surface and increase front-side power output.

N-Type TOPCon technology also provides benefits related to performance stability and long-term degradation. The module has improved resistance against phenomena such as PID, LID and LeTID, which can affect the power of the panels during their useful life.

Better performance at high temperatures

The nominal power of a photovoltaic module is determined with a cell temperature of 25 °C. However, during actual operation, the panel temperature may be considerably higher.

The Jinko JKM535N-54QL6-DV has a −0.26%/°C power temperature coefficient. This means that for every degree the cell temperature rises above 25°C, the power decreases by approximately 0.26%.

This coefficient helps limit performance losses during periods of higher temperatures, a feature especially relevant for installations located in Spain, southern Europe and other markets with warm climates.

Low irradiance performance

Solar panels operate for much of the day with irradiance levels lower than those used in laboratory tests. This happens during the first and last hours of the day, on cloudy days or when atmospheric conditions reduce the available radiation.

The cellular structure of the Tiger Neo III is designed to maintain good performance in low irradiance conditions. The objective is to make better use of the different production hours and maintain a more stable generation when the module is not operating at maximum irradiance.

For this reason, to analyze the performance of a panel, not only its peak power should be considered. Its thermal behaviour, its response under low irradiance and the expected degradation during their useful life must also be assessed.

Monofacial double glass construction

The Jinko JKM535N-54QL6-DV is a monofacial double-glass module. Although it incorporates glass on both sides, it is not a bifacial panel. Power generation takes place on the front side, while the rear glass replaces the conventional backsheet.

Its construction includes:

• 2 mm front glass with anti-reflective treatment.
• 2 mm thermo-toughened rear glass.
• Anodized aluminum alloy frame.
• IP68-rated junction box.
• Solar cables with a minimum section of 4 mm².

The double glass construction and encapsulation of the module help protect the cells against humidity and different environmental conditions. JinkoSolar also indicates improved resistance against PID, LID, LeTID and degradation caused by ultraviolet radiation.

Mechanical resistance and certifications

The panel is certified to withstand the following maximum static test loads:

• 5,400 Pa on the front face.
• 2,400 Pa on the back face.

These loads show the mechanical resistance of the assembly. However, the installation must be designed taking into account the wind and snow conditions of the location, the mounting system used and the fixing areas authorized by JinkoSolar.

The datasheet lists, among others, the IEC 61215, IEC 61730, IEC 61701, IEC 62716, IEC 60068 and IEC 62804 standards. The module also has Class II electrical protection, IEC Class C fire classification and a maximum system voltage of 1,500 V DC.

Jinko 535 W compatibility with inverters

Before selecting the inverter and configuring the strings, the electrical characteristics of the module must be checked.

The 535 W version features:

• Current at maximum power of 15.58 A.
• Short circuit current 16.33 A.
• Voltage at maximum power of 34.34 V.
• 40.12 V open circuit voltage.

These values ​​allow designers to check the current limit of each MPPT input, calculate the appropriate number of modules per string and check the maximum system voltage based on the temperatures expected for the project.

Compatibility should not be determined solely by the power rating of the inverter. The maximum current per input, allowable short circuit current and MPPT operating window should also be reviewed.

Jinko Tiger Neo III warranty and degradation

JinkoSolar offers for this series a 15 year product warranty and one 30-year linear power warranty.

The maximum degradation indicated by the manufacturer is:

• 1% during the first year.
• 0.35% annually for subsequent years.
• 88.85% of original power guaranteed at the end of year 30.

Low degradation allows more of the initial power to be conserved over the useful life of the installation and provides more predictability when calculating its long-term energy production.