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IKEA Canberra

Custom-Engineered Solar PV for Retail Store & Showroom

As the world’s largest furniture and home goods retailer, IKEA operates on a global scale with a commitment to sustainability. With a goal to become a net-zero business by 2030, the company is actively investing in renewable energy across its portfolio. The IKEA Canberra site, a major retail hub for the Australian Capital Territory, represents a significant energy consumer and was identified as a key location for this transition. To accelerate its move to renewable energy and reduce operational emissions, IKEA Canberra engaged Next Green Group to expand its on-site solar capacity. 

Project Challenges

The project involved expanding an existing 1,000kW solar PV system with a new 1,190kW addition. A primary technical challenge was the design and installation of the new array on the building’s flat roof. To maintain the long-term integrity of the roof and avoid any risk of leaks or structural damage, IKEA mandated a strict no-penetration policy. This required a completely custom solution that could support the extensive weight and wind loads of the system without compromising the roof’s waterproofing. Standard mounting systems were not an option, demanding a highly innovative and tailored approach.

Our Solution

Our engineering team, in close collaboration with our suppliers, designed and developed a custom, non-penetrating mounting bracket, which is the first-of-its-kind solution specifically for this project. This innovative bracket was engineered to distribute the system’s load safely across the flat roof without any penetrations. Through this custom solution, we successfully deployed the additional 1,190kW system, helping IKEA Canberra move significantly closer to its 2030 net-zero targets and demonstrating NGG’s ability to deliver large-scale, complex projects with bespoke solutions and an unwavering commitment to quality.

Project Gallery

Project Summary

1,190kW

Total system size 

1,101t

Est. annual reduction of CO2 emissions

1,639MWh

Total generation (year 1)

43%

Solar offset