IN Brief:
- Maersk has launched dedicated lithium-ion battery transport within its North American ground freight network.
- The service covers new Class 9 batteries and includes state-of-charge, documentation, and hazmat handling requirements.
- The launch targets automotive, EV, energy storage, and advanced manufacturing supply chains.
A.P. Moller – Maersk has launched a dedicated lithium-ion battery transportation service within its North American ground freight network, expanding its dangerous goods logistics capability as battery production and energy-transition demand grow across the region.
The service is designed for the movement of new Class 9 lithium-ion batteries and sits within Maersk Ground Freight. It is aimed at automotive, electric vehicle, advanced manufacturing, and energy storage customers that require compliant over-the-road transport for regulated battery cargo.
Lithium-ion batteries are classified as hazardous materials because of fire risk and handling sensitivity. Maersk’s service includes requirements around shipment documentation, safety data sheets, dangerous goods declarations, cross-border compliance, and state-of-charge controls. Outbound batteries must have a state of charge between 10% and 60%.
The network draws on hazmat-trained drivers, 65 participating stations, and seven regional hubs. It supports full truckload, less-than-truckload, specialised solutions, cross-border movement, and brokerage services, giving battery shippers a dedicated ground freight option rather than placing regulated cargo into general freight channels with uneven controls.
Battery logistics is becoming a core industrial capability as North America expands EV, grid storage, and battery manufacturing capacity. Cell, module, and pack movements carry high value, tight safety requirements, and strong schedule sensitivity. A delay or compliance failure can affect production, testing, installation, or customer delivery.
The service also strengthens Maersk’s role beyond ocean shipping. Automotive and energy storage supply chains increasingly require logistics providers that can combine freight capacity, dangerous goods competence, customs knowledge, and network visibility. Moving a battery safely is not only a transport task; it is a controlled process involving documentation, trained handling, and contingency planning.
The electrification of freight is creating related logistics models in other regions. CATL and J&T Express have taken battery swapping into heavy freight, focusing on vehicle uptime and depot energy infrastructure. Maersk’s North American service addresses the upstream and midstream side of that same transition by moving the batteries that enable electrified transport and storage systems.
Safety discipline will determine how quickly battery freight can scale. Misdeclared, damaged, or poorly handled lithium-ion batteries can create severe incidents in transport and warehousing. Air and ocean sectors have already tightened procedures, and ground freight is now moving toward greater specialisation as battery volumes increase.
Cross-border capability adds another layer of complexity. Battery supply chains across the US, Mexico, and Canada include component suppliers, cell plants, module assembly, automotive sites, ports, testing facilities, and customers. Moving Class 9 batteries between those nodes requires customs compliance and hazardous materials procedures to align across jurisdictions and carriers.
The launch comes as North American freight markets remain uneven, with general trucking demand softer in some lanes while specialised industrial sectors attract more attention. Battery logistics offers higher-value freight opportunities, but only where providers can demonstrate safety, compliance, and reliability. Price competition alone is unlikely to win cargo that carries regulatory and operational risk.
Clean freight infrastructure is also expanding around the cargo itself. Long Beach’s work to turn zero-emission freight into deployed hardware shows how batteries, charging, rail, and terminal equipment are becoming part of a wider industrial transition. In that environment, batteries are both a freight category and an enabling asset.
The battery supply chain does not end when a cell leaves a factory. Batteries have to be tested, certified, stored, transported, installed, returned, recycled, and replaced. Maersk’s North American service adds a controlled ground transport layer to that system, and its value will depend on whether it can combine scale with the documentation and safety discipline that regulated freight demands.
