Investment in artificial intelligence infrastructure, electrification and energy systems is creating new industrial cargo flows for container shipping, according to A.P. Moller–Maersk CEO Vincent Clerc. His comments alongside the group’s third-quarter results on 5 November 2026 point to a growing role for corporate capital expenditure in transport demand. Maersk’s fleet investment and World Trade Organization data provide further context, although the eventual contribution to container volumes and carrier earnings will depend on cargo composition, transport choices and effective shipping capacity.

Corporate Investment Broadens the Cargo Base

In Maersk’s results announcement, Clerc said global trade had remained resilient despite geopolitical uncertainty and disruption. Alongside consumer spending, investment in electrification, energy and the rapid expansion of AI infrastructure was increasingly generating industrial cargo movements around the world. For container shipping, this adds another dimension to demand analysis: retail sales and seasonal restocking remain relevant, while the location, timing and equipment requirements of major investment projects also deserve attention.

Clerc expanded on this view in a results video published on his personal social media account. He argued that market growth could persist over an extended period because it was supported by long-term trends in electrification, energy infrastructure upgrades and the scaling of AI. He also connected Maersk’s terminal expansion and shipping investment with its ability to support customers undertaking these projects. That provides context for management’s willingness to commit capital to future transport capacity.

The earnings call offered a more specific observation. According to the publicly available transcript, Clerc said sectors involving green goods and AI-related technology were contributing an increasing share of incremental volumes and growing at two to three times the pace of the overall market. The comparison covered several sectors and cargo categories. Maersk did not separately quantify AI-related container volumes or their contribution to

Trade Data Supports the Shift

The WTO’s October Global Trade Outlook and Statistics provides independent evidence of the broader trend. In the first half of 2026, trade in AI-enabling goods, including semiconductors and servers, increased by 67% year on year in value terms and accounted for 47% of the increase in global merchandise trade value. Stronger-than-expected AI-related capital investment was among the reasons the WTO raised its forecast for merchandise trade volume growth in 2026.

Computing investment creates logistics demand because it depends on physical equipment and cross-border supply chains. Maersk already identifies cloud computing as a market for its technology-sector logistics services, covering servers, graphics processing units, networking equipment and critical semiconductors. Its offering emphasises cargo safety, reliable transport and global delivery capabilities. Expanding digital services requires hardware to be manufactured, moved and installed.

Looking along the project supply chain, potential logistics opportunities may also extend to equipment and materials supporting data centres and energy facilities. The requirements vary: some shipments prioritise speed, others favour the economics of moving larger consignments, and some need deliveries coordinated with construction schedules. The resulting business can therefore span ocean freight, air freight, warehousing and project logistics. Technology companies’ investment budgets alone cannot establish the additional container volumes available to shipping lines.

Measuring the Impact in Cargo Volumes

The distinction between trade value and transport volume is essential. The same WTO report showed that the US dollar value of global merchandise trade rose 15% year on year in the first half of 2026, while trade volume increased by 3.5%. Prices and the composition of goods can produce substantial differences between the two measures. AI-enabling goods’ 47% contribution to growth in merchandise trade value does not imply an equivalent contribution to growth in container volumes.

For carriers, the commercial questions concern the goods being shipped, their origins and destinations, and the space they require. High-value components and complete industrial equipment can represent similar procurement expenditure while having very different weights, dimensions and transport requirements. Where deliveries must support construction milestones, the service also needs to coordinate transport, customs clearance, storage and final delivery. Sustained business opportunities will become clearer at the level of individual projects and trade lanes.

High Utilisation Also Reflects Capacity Constraints

Maersk estimated that global container demand grew 2–4% year on year in the third quarter of 2026. Its vessel utilisation remained at 96%, a level maintained for three consecutive quarters, and demand exceeded available space on some routes. Nevertheless, the company’s own loaded volumes fell 0.8% year on year. A growing market does not automatically translate into higher liftings for an individual carrier when capacity deployment and network productivity constrain operations.

The company said Asian typhoons and port congestion had absorbed a substantial amount of vessel capacity. Global average port waiting times peaked at 16.6 hours during the quarter. Longer port stays reduce the time a ship has available to complete voyages and carry subsequent shipments. In a growing market, a fleet can operate close to full utilisation while still being unable to accommodate all additional demand. Utilisation must therefore be assessed alongside both cargo demand and vessel turnaround.

These conditions also help explain why new cargo does not translate directly into higher profits. Maersk’s average loaded freight rate reached US$3,287 per forty-foot equivalent unit, up approximately 46% year on year and 20% from the second quarter. Unit costs at fixed energy prices increased by 4.8%. Group net profit reached US$3.047 billion, but the results still fell short of some market expectations. Freight rates, fuel and network costs, and the ability to convert demand into completed shipments all influence earnings; the quarter’s profit improvement cannot be attributed entirely to AI-related cargo.

Fleet Investment Responds to Growth and Slower Turnaround

Maersk’s longer-term demand assessment is increasingly relevant to its fleet decisions. Its third-quarter disclosures reiterated orders for 26 dual-fuel containerships of 18,600 TEU each, scheduled for delivery in 2029 and 2030. Their combined nominal capacity is 483,600 TEU. The orders had already been announced in September; their inclusion in the November results should not be counted as a separate new commitment.

In an interview following the results, ShippingWatch reported that Clerc described the 26 vessels as a first step in fleet expansion. Maersk remained in discussions with shipyards and expected further orders in the coming months. His explanation included stronger-than-expected trade growth, increasingly one-way cargo flows and persistent port bottlenecks. Maersk’s investor presentation also explicitly identified fleet investment as a way to capture growth.

The operational logic involves both more cargo and reduced transport productivity. Stronger outbound flows and fewer laden containers returning in the opposite direction create uneven utilisation of ships and slots, while longer port waits slow turnaround. Even moderate growth in global laden volumes can require additional vessels to maintain schedules and accommodate business. The newbuilding programme also serves fleet renewal, however, and its eventual net capacity effect will depend on charter redeliveries, sales and recycling during the delivery period.

Testing the Outlook for 2027

AI, electrification and energy investment are adding sources of demand, but the outcome for container shipping in 2027 will also depend on available capacity. Better port productivity, a gradual return to Suez routings and new vessel deliveries can all increase the supply of slots. Industrial cargo growth can coexist with pressure on freight rates if effective capacity expands faster. A favourable long-term demand trend and the earnings environment in a particular year require separate assessments.

At the time of its third-quarter results, Maersk had not issued formal market growth guidance for 2027. The WTO also warned that a slowdown or reversal in AI investment could have a significant effect on trade. The evidence supports the view that AI-related construction is already generating additional trade and industrial cargo flows. Establishing whether it will become one of container shipping’s largest demand drivers in 2027 requires more specific maritime volume data.

For shipping lines, the next test is whether customers’ investment plans turn into sustained shipments on schedule, and whether transport networks can deliver those goods reliably. Maersk’s investment in vessels and terminals shows it is positioning capacity for that growth. As projects progress, disclosures on cargo categories, trade directions and actual container volumes will offer a clearer measure of AI’s contribution to global shipping than investment headlines alone.