Salt Mist Certificationˆ

To the Highest Severity Level

Cyclone Tested*

Rated for Wind Regions like NT

Increased Hail Testingˆ

For increased resilience

30 Year

Product Warranty

30 Year

Performance Warranty

ˆTesting due for completion July 2024. *Testing due for completion July 2024.

30 year Product Warranty applies to Residential System Installations. Commercial System Installations are eligible for 25 year Product Warranty. Please see our warranty document for full terms, conditions and details

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Find out more information on this product.

Data Sheet

Warranty Terms

Installation Manual

Efficiency

Module Efficiency
Up to 22.02%
Temperature Coefficient
-0.24%/°C

Design

Cell Type
HJT Monocrystalline
Dimension (L × W × H)
1762mm x 1134mm x 30mm
Weight
22.0kg
Glass
1.6mm/1.6mm Toughened Glass
Frame
Anodized Aluminium Alloy

Warranty

Product Warranty
30 Year
Performance Warranty
30 Year

30-year linear performance warranty to 88.1% at year 30. This amounts to 1% degradation in the first year, 0.375% annually. *30 year Product Warranty applies to Residential System Installations. Commercial System Installations are eligible for 25 year Product Warranty. Please see our warranty document for full terms, conditions and details.

Reliable Solar Modules for Australia's Toughest Conditions

Our solar modules are designed to deliver uncompromising functional reliability even in the most challenging Australian environmental conditions.

Five Layers for Harvesting More Energy

Heterojunction solar cells use a three-layered structure to harvest more UV. One crystalline N-type silicon wafer surrounded by two thin amorphous silicon layers that we then protect by laminating between two layers of toughened glass.

This design boosts efficiency up to 22.02% by capturing at each layer. The top layer harvests bonus sunlight before it reaches the crystalline layer, and the lower layer absorbs any light that passes through.

  1. Toughened Glass
  2. Amorphous Silicon Layers
  3. N-Type Mono Wafer
  4.  Amorphous Silicon Layers
  5. Toughened Glass

Tougher Dual Glass Design

In Australia, solar panels often suffer from warranty problems caused by deteriorating plastic backsheets. To combat this, Dual Glass technology, which substitutes plastic with glass, has been developed, with Phono Solar leading its application in Australian homes.

This innovation is beneficial because it eliminates moisture ingress behind the back sheet, strengthens the panel with laminated dual glass, and allows bifacial technology to harness power from from both sides, potentially increasing energy yield by up to 25% under ideal conditions, marking a substantial leap in solar technology efficiency.