AAL Completes Final Voyage Delivering 500 MW Renewable Energy Project to Power 312,000 Australian Households
Over the past two years, AAL has safely transported 83 complete wind turbines to the Wambo Wind Farm in Queensland, adding over 500 MW of clean energy to the Australian grid—enough to meet the electricity needs of more than 312,000 households in the region.
Project cargo shipping specialist AAL Shipping recently completed its final voyage, successfully delivering the 500 MW Wambo Wind Farm in Queensland, Australia. AAL was responsible for transporting all 83 wind turbine units for the wind farm near Jandowae, utilizing its fleet of 31,000 DWT Class A, 25,800 DWT Class G, and 19,000 DWT Class S heavy-lift vessels across 18 voyages.
AAL completed the transportation in two phases between 2023 and 2025. The first phase involved 9 voyages delivering 42 units. This month, the ‘AAL Genoa’ successfully concluded the second phase—delivering the remaining 41 units across another 9 voyages. The entire project utilized no fewer than 9 multi-purpose heavy-lift vessels of various types.
The Wambo Wind Farm is a 50/50 joint venture between Cubico Sustainable Investments, a major global investor in renewable energy, and Stanwell, a Queensland Government-owned power company.
The transported components included wind turbine towers, blades, and other parts, loaded from multiple ports of origin in China such as Dongzao Port, Lüsi Port, Tianjin Port, and Taicang Port. After thousands of nautical miles of sea transport, they were unloaded at the Port of Brisbane.
Each unit comprised: tower sections transported in segments (each weighing up to 90 metric tons), wind turbine blades over 80 meters in length, and other components with single pieces weighing up to 76 metric tons.
Frank Mueller, General Manager of AAL Oceania, stated: “Through the team’s efforts on this long-term project, approximately 312,000 households will now have access to clean energy. Australia aims to source 82% of its energy from renewables by 2030, and we are proud of the work we have done to support this transition and strengthen Australia’s energy security.”
Andrew Mangan, Chartering Manager of AAL Oceania, added: “AAL’s engineering and operations teams are highly experienced in complex cargo transportation and constantly seek innovative methods to optimize processes. For blade transportation, we employed a revolutionary synthetic lashing chain for the first time. Traditional steel chains can swing and damage cargo during lashing, whereas synthetic lashing straps significantly reduce this risk. Their lightweight nature also enhances the safety and efficiency of high-altitude lashing operations—particularly when workers are securing top-tier blades at heights above nine meters.”
Mueller concluded: “Such projects often face challenges with schedule changes, but we met all evolving requirements by flexibly adjusting vessel deployment and voyage schedules. This adaptability reflects our long-term commitment to enhancing the efficiency and frequency of the Asia-Australia liner service, ensuring our clients consistently receive the most reliable heavy-lift project shipping service in the region.
