Jinko Tiger Neo 3.0 48OL6-DV Solar Panel

Tiger Neo 3.0 N-Type TOPCon Technology

The module uses N-type mono-crystalline cells on JinkoSolar's Tiger Neo 3.0 TOPCon platform. The selected datasheet positions the design for higher front-side power, optimised heat resistance and improved low-light response compared with older module generations.

Cell technology is only one contributor to system performance. Orientation, shading, temperature, inverter design and array layout remain important when estimating real-world generation.

High Power Output

The documented range covers 460W, 465W, 470W, 475W, 480W and 485W variants. Higher module wattage can help make better use of limited roof area, but the right power class depends on roof layout, structural limits and inverter string design.

High Module Efficiency

Across the selected datasheet range, STC module efficiency rises from 23.02% at 460W to 24.27% at 485W. Peak efficiency applies to the highest power class and should not be treated as the efficiency of every variant.

Module efficiency is measured under Standard Test Conditions. Real-world system output still depends on irradiance, temperature, orientation, shading and system design.

Monofacial Dual-Glass Construction

The selected datasheet describes a monofacial module with dual-glass construction, using 2.0 mm anti-reflection coated front glass and 2.0 mm heat-strengthened rear glass.

This page does not describe the module as bifacial. Dual-glass construction is intended to support durability as part of the overall module design.

Temperature Performance

JinkoSolar specifies a Pmax temperature coefficient of -0.26%/°C for this datasheet family. That figure describes how rated power changes with cell temperature under the manufacturer test conditions.

Modules do not produce their full STC rating under high operating temperatures. Actual generation depends on irradiance, temperature, mounting and the complete installation.

Low-Light Performance

The manufacturer datasheet lists proven low-light performance among the module features, noting an enhanced cell structure for low-irradiance conditions.

Generation during early morning, late afternoon and cloudy periods still depends on available light, array orientation, shading and system design. This page does not publish unsupported low-light yield percentages.

Long-Term Degradation

The selected datasheet lists approximately 1% first-year degradation and 0.35% annual degradation thereafter, together with a 30-year linear performance warranty graphic showing about 88.85% retained power at year 30.

Warranty eligibility, exclusions and claim conditions remain subject to the applicable JinkoSolar warranty terms for the modules supplied.

Mechanical Durability

The F4C1-OC 2 mm glass datasheet certifies static test loads of 6000 Pa on the front and 4000 Pa on the rear.

These are certified test load ratings under the stated standards. They do not guarantee resistance to every real-world wind, snow or impact condition on every site.

Residential Rooftop Applications

The compact 1762 × 1134 mm format and 460–485W power range are intended for residential rooftops and can also suit some light commercial applications where module size and electrical design fit the site.

Final suitability depends on roof structure, mounting design, inverter compatibility and the overall energy system design.

Warranty Protection

The selected Australian manufacturer datasheet states a 25-year product warranty and a 30-year linear performance warranty for this family. JinkoSolar Australia's residential Tiger Neo 3.0 listing also describes an industry-leading 25-year warranty for the matching dual-glass residential modules.

A product warranty covers materials and workmanship under stated conditions. A linear performance warranty covers power output over time against the manufacturer published degradation curve. Coverage for modules supplied in Australia should still be confirmed against the warranty documentation issued for those modules.