The LG NeON®2 range has been sold in Australia since 2015 and more than 600,000 modules have been shipped, with very low warranty returns. The LG NeON ® 2 is currently sitting at 350W, 355W and 360W.

The NeON® 2 produces more electricity than standard panels per watt because it has a lower annual degradation, the N-type silicon is more sensitive in low light, the double sided CELLO technology absorbs spillover from the back, and the LG panels also have a better heat tolerance than standard panels and still produce well in very hot weather.

The NeON® 2 also adopts LG’s award winning CELLO technology with 12 multi wire busbars and double sided cell to reduce current resistance, enhancing power output and panel reliability.

The new LG NeON®2 BiFacial solar panel has seen many improvements to earlier LG panels, with longer warranties, higher efficiency and lower degradation.

The LG NeON® 2 BiFacial module combines the NeON® 2 double sided CELLO cell with a clear backsheet. This enables the panel to generate high power from both the front and rear of the module. In a technical brilliance, additional power is generated from the light that is reflected off the roof or ground surface underneath being absorbed by the rear side of the cells of the module.

The NeON® 2 BiFacial also adopts LG’s unique CELLO technology with 12 multi wire busbars to reduce current resistance, enhancing power output and panel reliability.

Great Visual Appearance – LG NeON® 2 Black panels with their black cells, black frames and uniform black appearance provide an aesthetically pleasing and sleek look. Standard competitor poly panels have blue cells and grey aluminium frames and mono panels have white stripes. A clean full black look make the LG NeOn full black a must have panel for visually exposed roof sections, when looks count.

Many competing 60 cell panels in Australia and New Zealand produce 320W power. The LG NeON® R at a similar physical size reaches an incredible 375W ( 21.7% efficiency), making it ideal for solar systems seeking visually pleasing panels and for roofs where space is tight.

The top of the range LG NeON® R is also the right panel when future solar system expansion is considered or as a combo install of panels and solar energy storage via batteries as well as electric vehicle charging.

The LG NeON® R is a very powerful module. The 30 multi ribbon busbars at the rear of the module is the result of LG’s extensive Solar R&D investment.

The LG NeON® Prime is full dark blue black with no wire busbars creating a beautiful, even look for homes which require an aesthetically pleasing outcome in all aspects and a high output of 360W per panel. These panels get ordered as special delivery and might have a 6 week waiting time.

The more powerful LG NeON® 2 72 cell is the powerhouse for top quality commercial systems. The big brother of the NeON 2 350W this panel is ideal for commercial systems or solar farms seeking an efficient use of space and a high quality panel with great output efficiency.

The new NeON® 2 with 72 cells adopts the award winning CELLO Technology replacing standard busbars in each cell with 12 thin wires to enhance power output. The panel comes with a full 25 year product replacement warranty backed by LG Electronics, instead of a solar panel manufacturer of unknown origin.

The new LG NeON®2 BiFacial 72 cell commercial panel offers, higher efficiency and lower degradation, than previous models and also a 25 year product replacement warranty.

The LG NeON® 2 405W BiFacial module combines the NeON® 2 double sided CELLO cell with a clear backsheet in a silver frame.

This enables the panel to generate power from both the front and rear of the module, as it absorbs the reflected light of the roof - adding to the overall power output.

Additional power is generated from the light that is reflected off the roof or ground surface underneath being absorbed by the rear side of the cells of the module.

The NeON® 2 BiFacial adopts LG’s unique CELLO technology with 12 multi wire busbars to reduce current resistance, enhancing power output and panel reliability. It also has very good low light and high temperature characteristics allowing solid long term output in commercial systems.