AAL safely delivered 83 complete wind turbines over the past two years to the Wambo Wind Farm in Queensland adding more than 500 megawatts of clean energy to the Australian grid, enough to power over 312,000 homes in the region.
Project cargo specialist, AAL Shipping (AAL), has just completed its final sailing to successfully deliver the 500-megawatt Wambo Wind Farm in Queensland, Australia. AAL transported all 83 wind turbines from China to the Port of Brisbane for their onward road trip to the wind farm near Jandowae in the Western Downs of Queensland , a site chosen for its excellent wind resources and grid connectivity. The carrier accomplished this across 18 long-haul sailings that employed vessels from its 31,000 dwt A-Class; 25,800 dwt G-Class; and 19,000 dwt S-Class heavy lift fleets.
AAL delivered its cargo in two project Stages between 2023 and 2025. Stage one involved 42 turbines being transported over nine sailings, and this month the ‘AAL Genoa’ successfully completed Stage Two, nine further sailings to deliver the final 41 turbines. The combined sailings required no less than nine different multipurpose heavy lift vessels.The Wambo Wind Farm is a 50:50 joint venture between Cubico Sustainable Investments, a major investor in the renewable energy sector globally and Stanwell, a Queensland Government-owned electricity generator.
Shipped components comprised wind turbine towers, blades and other components loaded from multiple upstream ports in China, including Dongzao, Lüsi, Tianjin and Taicang. The cargo was discharged in Brisbane with thousands of nautical miles covered per long-haul voyage. Each turbine comprised towers split into eight sections, with each weighing up to 90 metric tonnes; wind turbine blades of over 80 metres in length; and other components weighing up to 76 metric tonnes per unit.
“Around 312,000 homes will now be powered by clean energy sources as a direct result of the team’s hard work on this long-term project. Australia has the potential to generate 82 percent of its energy from renewable sources by 2030, and I am proud of our work to support the transition and strengthen Australia’s energy security,” said Frank Mueller, AAL’s General Manager Oceania. Andrew Mangan, Chartering Manager at AAL Oceania, commented, “Our Engineering and Operations teams have a proven track record with handling complex cargoes and always open to exploring new ways of optimising cargo care and operational safety.
Andrew Mangan,
Chartering Manager, AAL Oceania
“On the wind blade shipments, we employed revolutionary synthetic lashing chains and slings made from a super-strong, lightweight fibre that resists abrasion and even floats on water. Unlike traditional steel chains, which can swing during lashing and risk damaging cargo, synthetic lashings significantly reduce that risk. Their light weight also improves crew safety and time efficiency, particularly when securing blades at height.
"We are now expanding the use of this technology in support of our customer operations.” Mueller concluded, “As with many projects of this nature, shifting timelines were a challenge. However, we successfully adapted vessel deployments and sailing schedules to meet all changing demands. This flexibility reflects our long-term commitment to increasing both the efficiency and frequency of our regular Asia–Australia sailings, ensuring AAL customers continue to benefit from the region’s most reliable project heavy lift service.”
Frank Muller,
AAL General Manager Oceania
