Our Solar Panels Range
- More Power per Square
- Higher output via tilt frames
- 25 Years Product Warranty (Parts & Labour)
- Improved 25 Year Performance Warranty
More Power per Square
LG NeON®2 BiFacial 385/390W are a similar size to many conventional 320W panels. In internal LG tilt frame performance tests the LG NeON®2 BiFacial 390W panel can produce the equivalent power of a 485W panel or more (24.5% more) in optimised installation conditions. This means you can get more power per square meter from the NeON®2 BiFacial than many panels on the Australian and NZ markets.
Higher output via tilt frames
In optimised tilt frame installations the 385/390W BiFacial panel can achieve close to 30% more output from light absorption via the rear of the double sided cell. Higher reflective backgrounds and raised installation environments combined will increase the output far beyond that expected from a conventional monofacial panel
25 Years Product Warranty (Parts & Labour)
The LG product warranty is 15 years longer than the industry standard 10 years and covers 25 years. The Warranty is held by LG Electronics Australia and New Zealand. The warranty includes replacement labour and transport.
Improved 25 Year Performance Warranty
The initial degradation of cells has been improved from -3% to -2%, in the 1st year and the annual rate of degradation has fallen from -0.7%/year to -0.5%/ year thereafter. This brings an 86% warranted output after 25 years, compared to 80.2% for many standard panels.
Proven Field Performance
LG has been involved in a number of comparison tests of the LG panels against many other brand panels. LG NeON® 2 BiFacial models are consistently among the best performing in these tests
The N-type doping of the NeON® cells results in extremely low Light Induced Degradation (LID) when compared with the standard P-type cells. This means more electricity generation over the life of the panel, as the panel degrades less.
LG Corrosion Resistance Certification
LG NeON® 2 BiFacial panels can be installed confidently right up to the coastline. The panels have received certification for Salt Mist Corrosion to maximum severity 6 and Ammonia Resistance
Extensive Testing Programme
LG solar panels are tested between 2 to 3 times the International Standards at our in-house testing laboratories, ensuring a very robust and longer lasting solar module.
Strict Quality Control Reliable for the Future
The quality control of LG world-class solar production is monitored and improved to Six Sigma quality control standards, which includes 500+ monitoring points to effectively maintain and improve our uncompromising quality.
Extreme Wind Load Resistance
LG modules have a strong double walled frame. When it comes to wind forces (rear load) many competitor modules are certified to 2400 Pascals. LG modules are certified to more than double - 4300 Pascals, which provides at least double the strength and durability to a standard module.
Multi Anti-reflective Coatings Increase Output
LG is using an anti-reflective coating on the panels glass as well as on the cell surface to ensure more light is absorbed in the panel and not reflected. More absorbed light means more electricity generation.
Double-Sided Cell Structure
In conventional panels the cells produce energy from the front only. The NeON® 2 Cell produces energy from both the front as well as the back of the cell. This innovative technology allows the absorption of light from behind the panel which raises the panel’s electricity output.
Improved High Temperature Performance
Solar panels slowly lose ability to generate power as they get hotter. LG NeON® 2 BiFacial, has an improved temperature co-efficient to standard modules, which means in hot weather LG NeON® 2 panels will deliver higher output.
Anti PID Technology for Yield Security
PID (Potential Induced Degradation) affects the long term ability of panels to produce high level electricity output. LG panels have anti PID technology and have been successfully tested by leading third party laboratories regarding PID resistance.
“CELLO” Technology Increases Power
“CELLO” Multi wire busbar cell technology lowers electrical resistance and increases panel efficiency, giving more power per panel and provides a more uniform look to the panel.
Automated Production in South Korea
All LG solar panels are manufactured in a custom designed and fully automated production line by LG in Gumi, South Korea ensuring extremely low tolerances. This means great quality and build consistency between panels.
|Maximum power at STC (Pmax) ||390||410||429||468||507|
|MPP Voltage Vmpp (V)||41.4||41.4||41.4||41.5||41.5|
|MPP Current Impp (A)||9.43||9.90||10.36||11.28||12.22|
|Open Circuit Voltage Voc (V)||49.2||49.2||49.2||49.3||49.3|
|Short Circuit Current Isc (A)||10.15||10.66||11.17||12.18||13.2|
|Module Efficiency (%)||18.5||19.4||20.3||22.1||24.0|
|Operating Temperature (°C)||-40 ~ +90|
|Maximum System Voltage (V)||1000|
|Maximum Series Fuse Rating (A)||20|
|Pmax Bifaciality Coefficient*** (%)||76(output warranty for 25years)|
|Power Tolerance (%)||0 ~ + 3|
The nameplate power output is measured and determined by LG Electronics at its sole and absolute discretion.
*STC (Standard Test Condition): Irradiance 1,000 W/m², Cell temperature 25 °C, AM 1.5 (Measurement tolerance: ±3%, Electrical Parameter tolerance: ±5%)
**Bifacial Gain: The additional gain from the back side compared to the front side at standard test conditions. Please refer to the BiFacial Design Guide to determine potential BiFacial Gain based on actual installation conditions.
***Pmax Bifaciality Coefficient : Pmax rear / Pmax front. Pmax Bifaciality Coefficient is warranted for 25 years based on front output warranty of Pmax. (Tolerance: ±7%)
|Cells||6 x 12|
|Cell type||Monocrystalline / N- type|
|Cell dimensions||161.7 x 161.7 mm|
|# of busbar||12 (Multi Wire Busbar)|
|Dimensions (L x W x H)||2064 x 1024 x 40 mm|
|Front Load||5400 Pa|
|Rear Load||4300 Pa|
|Connector type||Genuine MC4, IP68 |
(Male: PV-KST4) (Female: PV-KBT4)
|Junction box||IP68 with 3 bypass diodes|
|Length of cables||2 x 1200 mm|
|Glass||High transmission tempered glass|
|NOCT||45 ± 3 °C|
|Certifications ( In Progress)||Australian Clean Energy Council registered, |
IEC 61215, IEC 61730-1/-2
ISO 9001, IEC 62716 (Ammonia Test),
IEC 61701 (Salt Mist Corrosion Test)
|Module Fire Performance||Class C|
|Product warranty||25 Years - parts/labour (Manufactured after 1/3/2018)|
|Output warranty of Pmax |
(Measurement Tolerance +_ 3%)
|* 1) 1st year: 98%, 2) After 1st year: 0.5%p annual degradation, 3) 86% after 25 years|
|Maximum power Pmax (W) ||289|
|MPP voltage Vmpp (V)||38.3|
|MPP current Impp (A)||7.54|
|Open circuit voltage Voc (V)||45.9|
|Short circuit current Isc (A)||8.17|
*NOCT (Nominal Operating Cell Temperature): Irradiance 800 W/m2, ambient temperature 20°C, wind speed 1 m/s