• Skip to primary navigation
  • Skip to main content
  • Skip to primary sidebar
  • Skip to footer
One Step Off The Grid

One Step Off The Grid

Solar, storage and distributed energy news

  • Solar
  • Battery/Storage
  • Off-Grid
  • Efficiency
  • Software
  • Podcasts
  • Tariffs
  • Electric Vehicles
  • Electrification

LG launches new rooftop solar module range, “ideally suited” to Australia

June 8, 2021 by Sophie Vorrath Leave a Comment

Image: Supplied

LG Electronics has announced the launch of an advanced rooftop solar module range the company says is “ideally suited” to Australian conditions and which will become available to the market this month or next.

The new models come from LG’s NeON range – including the LG NeON H, LG NeON H Black, LG NeON H Bi-Facial, LG NeON R and NeON R Prime – and herald one of the “most significant” new product launches in Australia so far, the company said on Tuesday.

The flagship LG NeON H module is said to be particularly well suited for the Australian climate, including outstanding performance in high-UV and high-heat conditions and in-built salt corrosion resistance.

The NeON H uses N-type cells with a normal operating temperature of 42°C and temperature coefficient of -0.33 percent per degree Celsius. LG says its N-type cell technology is especially designed to reduce electrical loss.

“The NeON H is built to perform, built to last,” said Gus Paviani LG Electronics Australia’s general manager of solar and energy, on Tuesday.

“The unique mix of low light conditions, high-temperatures and salt environments in Australia makes the LG NeON H particularly well suited for the local climate.

“LG rigorous hail resistance tests ensure the reliability of the modules under severe weather conditions. LG is continuing its commitment to providing efficient and effective renewable energy solutions that stand the test of time.”

LG said the module range was its most reliable and efficient renewable energy solution, ideally suited to residential and commercial rooftop applications and also high performing in low light conditions.

The highly durable energy modules are also said to be able to withstand harsh weather conditions and to be resistant to light-induced degradation, the loss of performance from exposure to sunlight in the initial hours after installation.

 

Sophie Vorrath
Sophie Vorrath

Sophie is editor of One Step Off The Grid and editor of its sister site, Renew Economy. Sophie has been writing about clean energy for more than a decade.

Filed Under: Solar

Primary Sidebar

Sign up for our weekly newsletter

Emissions Counter

Renew Economy

RSS Energy News from Renew Economy

  • Another $5 billion tipped into Cheaper Home Batteries, but rebates slashed for bigger systems
  • Rooftop solar and batteries on centre stage: Six key graphs from AEMO’s transition roadmap
  • Will the lights go out if we don’t have baseload? “No, absolutely not,” say those whose job it is to keep them on
  • Energy Insiders Podcast: A blueprint to quit coal, and go green
  • Australia’s biggest aluminium smelter gets promise of cheaper, renewable power from feds and state

RSS Electric Vehicle News from The Driven

  • BYD Sealion 7 Premium review: The top-selling electric SUV that resets the standard
  • Tesla reveals over 10 billion km driven with FSD Supervised self-driving software
  • Zeekr delivers 1,000th unit of the highly popular 7X SUV, expands dealer network
  • Ultra-fast charging, kerbside charging and V2G projects share $21 million in Arena funding
  • Jet Charge and Ikea complete one of Australia’s biggest electric delivery vehicle charging networks

Press Releases

  • Huge luxury Saudi resort goes 100pct renewables with one of world’s biggest batteries
  • How solar + storage can be a game-changer for people with disabilities

Footer

Technologies

  • Solar
  • Battery/Storage
  • Electric Vehicles
  • Energy Efficiency
  • Software/Gadgets
  • Other Renewables
  • Policy
  • Tariffs
  • Contact
  • Advertise with us
  • About One Step Off The Grid
  • Terms of Use
  • Privacy Policy

Copyright © 2025 · OneStep Genesis on Genesis Framework · WordPress · Log in