Up to 210Wp/m2
Peak Power Output
Up to 70%
VLT
0.5-5.7 W/(m2K)
U-Value
0.1 to 0.6
SHGC
AURE Skylights
AURE Skylights bring energy generation to overhead glazing. Low-E coating options reduce the solar heat gain coefficient (SHGC) and improve thermal performance. Solar cell density is configurable across three options, so each project can balance transparency against output. Generating energy overhead while retaining daylight helps lower operational energy and supports Green Star and NABERS targets. As a BIPV glazed unit it delivers the thermal, acoustic and structural performance expected of any overhead glazing. Sizes and thicknesses are fully customisable.
How does it work?
AURE Skylights integrate photovoltaic technology within a precisely engineered structural glazing unit.
Product Features
TOPCon Cells
High-efficiency TOPCon solar cells generate up to 210 Wp/m², turning overhead glazing into a clean energy generator.
Cell Layouts
Choose from three cell layouts (Double, Quad or Hex) to balance energy generation vs light transmission.
Coating Options
High-performance Low-E and pyrolytic coating options give control over solar heat gain and glare, which matters most in overhead glazing exposed to direct sun. Each skylight can be specified for the right balance of solar heat gain coefficient (SHGC), daylight and visual comfort for the space below.
Structural Glass Build-up
Construction-grade material thicknesses ensure that AURE Skylights perform as a structural overhead glazing element, able to withstand extreme temperatures and weather.
Framing and Installation
Compatible with standard mounting and framing systems, with bespoke engineering options available for more complex projects.
Why AURE Skylights?
| FEATURE | AURE SKYLIGHTS |
|---|---|
| Performance | Up to 210 Wp/m² |
| Installation | Standard industry deployment |
| Durability | Thermal Management Junction Box to support long-term reliability |
| Sustainability Ratings | Energy generation helps to support sustainability goals |
| FEATURE | AURE SKYLIGHTS |
|---|---|
| Peak Power Output | 210 Wp/m² |
| Max Power (Pmax) | 390 W |
| Open Circuit Voltage (Voc) | Up to 62 V |
| Junction Box | Proprietary Thermal Management Junction Box |
| Connector | MC4 compatible |
| FEATURE | AURE SKYLIGHTS |
|---|---|
| Glass Build Up | Bespoke from 6 mm + 6 mm to 25 mm + 25 mm |
| Cells | TOPCon |
| Glass Type | Tempered or Heat Strength |
| Cell Layout | Double Track Quad Track Hex Track |
| FEATURE | AURE SKYLIGHTS |
|---|---|
| SHGC | 0.1–0.6 subject to coating selection and glass composition |
| U-Value | 0.5 - 5.7 W/(m²K) depending on glass selection and configuration |
| VLT | 70% - Double Track Cells 40% - Quad Track Cells 10% - Hex Track Cells |
These metrics are based on a standard product. Due to the bespoke nature of AURE products, the electrical and physical specifications will vary. For accurate specifications for your building, get in touch.
Backed by Science
AURE products go through rigorous independent testing and certification, giving specifiers and owners reassurance about how each product will perform in the building. This evidence is backed by a 12-year product warranty and a 30-year linear power performance warranty.
AS/NZS 2208:2023
Australian and New Zealand Glazing Safety Testing
IEC 61730
International Electrical Safety Testing by TÜV SÜD
IEC 61215
PV Module Design Qualification and Type Approval
Applications
AURE Skylights can be deployed wherever a building requires overhead or canopy glazing. It turns atrium roofs, walkways and covered spaces into generating surfaces, drawing in daylight while producing clean energy above. From shopping centres to transport hubs, it performs as a structural glazing element and a power source at once.
Atriums and lobbies
AURE Skylights suit the large overhead glazing of atriums and lobbies. It brings daylight deep into offices, mixed-use and institutional buildings while the roof glass generates power. The cell layout can be set to balance light and output for the space below.
Canopies and covered walkways
AURE Skylights work across canopies and covered walkways, at building entrances, between blocks and through public spaces. The overhead structure provides shelter while generating power, and managed transparency keeps the space below bright and comfortable.
Solar Greenhouses
AURE Skylights can form the roof and walls of a greenhouse, so the structure generates power where crops grow. Two cell layouts enable growers to select the light level they need. The panels are designed and built to endure heat, humidity, sand and chemicals.
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135 W/m2
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2 mm + 2 mm Thickness
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70% VLT
AURE Skylights in Use
Canva HQ
At Canva’s new Sydney HQ, Augenium will deliver 660 m² of AURE Skylights, AURE Balustrades and rooftop solar with Infinity Constructions Group. The 55 kW system supports Canva’s energy goals while demonstrating Augenium’s ability to engineer integrated, bespoke BIPV solutions around architectural design.