LG 380W Neon R Solar Panels
The LG 380W NeON R solar panel delivers a massive 380W output from a similar physical footprint as many other 60 module solar panels on the Australian market that only produce 330W or 350W.
If you need the highest performing panel to yield the maximum power from from limited roof space, backed with industry 25-year product and performance warranties, then the star performer LG NeON R Series 380W solar panels are the obvious choice for your solar system.
As one of LG’s largest solar installers in Sydney and NSW, SolarBright designs and installs residential and commercial solar systems based on the powerful and visually attractive LG NeON2 R solar panels.
SolarBright is also an LG Solar Platinum Partner – a leading group of only 25 solar installers Australia wide selected by LG to join this program because of demonstrated commitment to the highest levels of excellence and customer service and in the solar industry.
LG Solar are a world leader in solar and the result of years of investment in solar research and development since 1985 are on display in the LG NeON R solar panel.
Key Features of the LG NeON R Solar Panel
Multi-Ribbon Busbar Inceases Power: The NeON R series feature 30 multi-busbar technology, lowering electrical resistance and helping increase the panel efficiency to 22%, yielding more power per panel.
Enhanced Low Light Performance: LG NeON® R panels will give better performance under low light, such as early morning or late afternoon compared to many competing panels.
Multi Anti-reflective Coatings Increase Output: LG is using an anti-reflective coating on the NeON® R 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.
Improved High Temperature Performance: Solar panels slowly lose ability to generate power as they get hotter. LG NeON® R, has an improved temperature co-efficient to many competing modules, which means in hot weather LG NeON® R panels will deliver higher electricity output.