AAL Shipping Establishes Regular Battery Transit Route
A dedicated maritime route now supports the transport of large battery energy storage systems from China to Australia.
Updated on Oct. 21, 2026 in Energy
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In 2025, AAL Shipping launched a specialized breakbulk shipping route to deliver battery energy storage systems from Taicang, China, to Australia. The service successfully transported 192 battery units to support the expansion of the Australian electrical grid.
Why it matters
The reclassification of battery systems as Class 9 dangerous goods by the IMO created a critical need for carriers capable of managing high-safety transport requirements. This specialized route helps Australia balance its extensive solar power production with the grid's nighttime energy demand.
Each battery unit in the 2025 shipment weighed 14 tonnes and measured 3.1 meters by 2.66 meters by 2.06 meters. These shipments utilize Super B-Class vessels that provide a 700 to 800 tonne lifting capacity.
The players
AAL Shipping
This global breakbulk and heavy-lift shipping operator provides specialized transport services for complex and dangerous project cargo.
Australian Energy Market Operator
This national organization manages the electricity and gas systems across Australia to ensure grid reliability and energy supply.
The details
AAL Shipping developed a dedicated lifting spreader beam and partnered with the Taicang International Container Terminal to implement rigorous handling procedures for these specialized units. The initiative addresses new International Maritime Dangerous Goods mandates that required on-deck stowage for UN3536 battery cargo starting in January 2026.
Timeline
Late 2023: IMO reclassified battery energy storage systems as Class 9 dangerous goods.
2025: AAL Shipping delivered the first 192 battery units to Australia.
January 2026: New IMDG requirements mandated on-deck stowage for battery cargo.
2027: Third-generation battery units are forecast to reach 57 tonnes per unit.
The Big Picture
The shipping operation adheres to the updated International Maritime Dangerous Goods Code, which mandates specific on-deck stowage protocols for hazardous battery cargo. This regulatory shift forces a paradigm change in how heavy-lift carriers design their deck operations and safety equipment.
The stabilization of battery supply chains ensures that large-scale storage projects can continue to integrate Australia's 45 gigawatts of solar capacity into the grid. This integration helps maintain stable electricity pricing by managing the shift between peak daytime production and nighttime demand.
The takeaway
The move toward specialized transport reflects the growing necessity of grid-scale energy storage as renewable capacity expands globally. Operators and developers should anticipate higher logistical requirements as unit sizes and weights continue to increase over the coming years.
Further reading
Learn more about the latest developments in Energy storage and infrastructure.
Source note: This article includes information reported by Breakbulk.
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