The first shipment of Nabralift towers destined for Fortescue's Nullagine Wind Project has arrived in Australia, reaching the Port of Port Hedland in Western Australia on their way to the remote Pilbara region construction site, marking what the Spanish tower manufacturer describes as a significant milestone in one of the world's most ambitious onshore wind developments.

Components Clear Port as Ground Preparation Advances

The initial tower components have successfully landed at Port Hedland, from where they will be transported overland to the project site near Nullagine. Alongside the tower shipment, the self-erecting system that Nabrawind uses to raise the structures without the need for large cranes has already arrived on site and is undergoing final field commissioning ahead of the installation phase.

Foundation construction has also commenced for all 17 wind turbines planned for the project. The groundwork being laid now is designed to receive the Nabralift towers later this year, with the foundation work forming the critical preparatory stage before the tower installation campaign can begin in earnest.

A Record-Setting Configuration for Australian Onshore Wind

The Nabralift towers being deployed at Nullagine represent the 188-metre hub height configuration, which Nabrawind describes as the tallest tower in Australia.

The project pairs that hub height with Envision EN182-7.8 MW wind turbines, which carry a 182-metre rotor diameter. Nabrawind states that this combination of a 188-metre hub height, a 182-metre rotor diameter, and a 7.8 MW rated turbine operating together on a single onshore wind farm has not previously been achieved anywhere in the world and sets a new benchmark for large-scale onshore wind generation.

The total installed capacity of the Nullagine Wind Project is 133 MW, generated across the 17 Envision turbines. The project is being developed by Fortescue as part of the company's stated Real Zero strategy.

Crane-Free Installation Cuts Timelines at Tall Hub Heights

The Nabralift system is built on a modular architecture that Nabrawind says is designed to make logistically viable installations possible without the use of large cranes.

According to the company, at very tall hub heights where concrete towers are typically the only available alternative, the Nabralift approach delivers installation speeds two to three times faster than those alternatives. The company says this speed advantage translates into substantial gains in project timelines and operational efficiency.

The crane-free self-erecting system is a central feature of the Nabralift proposition, particularly relevant at a site like Nullagine, where the Pilbara's remote geography creates significant logistical challenges around moving heavy and specialist equipment across long distances.

Piled Foundations Cut Concrete Use and Embodied Carbon

One of the engineering choices distinguishing the Nullagine project from conventional onshore wind builds is its use of piled foundations rather than the gravity foundations that are standard across most large wind farms. Nabrawind states that this approach significantly reduces the amount of concrete and reinforcing steel required to anchor each turbine.

The reduction in material consumption carries both environmental and commercial consequences. On the environmental side, the lower volumes of concrete and steel result in reduced embodied carbon emissions during construction.

On the cost side, the foundation system reduces construction expenditure. The smaller excavation footprint that piled foundations require also means less ground disturbance at each turbine location.

Nabrawind specifically notes that this foundation solution is particularly well suited to remote locations such as the Pilbara, where the cost and environmental footprint associated with transporting large quantities of construction materials over long distances can substantially affect both project economics and overall carbon performance.

By reducing the volume of materials that need to be moved to site, the foundation design directly addresses one of the practical difficulties of building at scale in such a remote environment.

Project Sits Within Fortescue's Broader Decarbonisation Push

The Nullagine Wind Project is described by Nabrawind as part of Fortescue's Real Zero strategy, the mining and green energy company's programme for eliminating carbon emissions from its operations.

Fortescue, which has major mining interests in the Pilbara, has positioned the project as part of a broader effort to source renewable energy for its operations in the region.

At 133 MW of installed capacity across 17 turbines, the project represents a significant renewable energy asset for the area. The combination of the large rotor diameter, high hub height, and high individual turbine rating of 7.8 MW means each machine is positioned to capture high-quality wind resources at altitude, which is a key consideration in the Pilbara where wind conditions at ground level differ from those at greater heights.

Tower Deliveries Signal Installation Phase Approaching

With the first tower components now cleared through Port Hedland, the self-erecting system commissioned on site, and foundation construction underway across all 17 turbine positions, the project is moving into the active installation phase.

Nabrawind has indicated that installation of the 17 planned towers is expected to proceed later this year, following the completion of foundation work and the full commissioning of the self-erecting equipment already on the ground in the Pilbara.

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