Pilot shipping from Aiko's ultra-hunted 8.6-kilogram solar panel has arrived in Australia and offers a solution for structural load limits that are common in old warehouses, cold shops and light roofs.
The Chinese solar cell and module manufacturer Aiko has introduced its ultra-light fog form of 8.6 kilograms into the Australian market and offers a commercial and industrial (C&I) solution for structural load limits.
AKO has a lighter weight advantage of 60% compared to standard mono glass modules, says AKO, that the 435-W-BIS 450-W-Nebel is the first light module in the world that offers an increased standard frame with a glass-free design and enables the solar installation on the roof without glue or customer-specific racking.
Image: Aiko
This combination reduces the weight and reduces the risk of microresses and roof damage, especially in older or light structures.
Thomas Bywasser, head of Aiko's head of New Zealand (Anz), said that many companies endeavor to say goodbye to solar, but were confronted due to roof weight restrictions, but were faced with physical and financial obstacles.
“Nebular eliminates this challenge, makes a powerful solar accessible to more companies, helps to reduce energy costs and accelerate the transition in Australia to clean energy,” said Bywater.
E -mail to EF 8/4/25 on DC by Linh Pham, linh.pham@aikosolar.com
According to Aiko, the 2P-mono-facial fog module for camps, carports and retrofit projects without additional time, workers or system costs makes the 2P-mono facial nebul arm module more accessible.
Fog modules are based on the proprietary ABC technology from AIKO (All Back Contact) and offer an output of up to 440 W at 22% efficiency, better temperature and shading tolerance and low long-term degradation.
By eliminating BUBBARS in front of the side, the ABC technology maximizes the slight absorption and offers optimal power generation with a first-class weight performance ratio.
It also has an improved anti-blend surface, which makes it suitable for sensitive environments such as airports, highways and urban areas.
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