IN Brief:
- DHL Supply Chain has started construction of a European battery logistics hub in Holtum, Limburg.
- The 17,000 sq m facility will support high-voltage batteries for EV and energy-storage markets.
- Services will include compliant storage, diagnostics, testing, refurbishment, reverse logistics, and recycling preparation.
DHL Supply Chain has broken ground on a new European Battery Logistics Hub in Holtum, Limburg, expanding its specialist logistics capacity for electric vehicle and energy-storage supply chains.
The 17,000 sq m site will provide storage and service space for high-voltage batteries and will sit alongside DHL Supply Chain’s existing automotive operation in Holtum. The combined campus is scheduled to go live in early 2027 and will serve customers across the Netherlands, Germany, Belgium, and neighbouring European markets.
The facility is designed for batteries used in electric vehicles, home storage, solar-energy applications, and battery energy storage systems. DHL will offer compliant storage, diagnostics and testing, charging and conditioning, refurbishment, reverse logistics, and preparation for recycling from the site.
The hub sits within DHL Group’s Strategy 2030, which identifies new energy as a growth area. The facility is being built around the full battery lifecycle, combining logistics and technical services in a single campus model. That approach reflects the operational complexity of batteries, where movement, storage, testing, return flows, and end-of-life handling all require controlled processes.
Battery logistics is becoming one of the more technically demanding segments of industrial supply chains. High-voltage units carry safety, regulatory, handling, and documentation requirements that separate them from conventional automotive parts. Damaged, returned, or end-of-life batteries add further complexity, particularly when diagnosis, state-of-charge management, refurbishment, and recycling preparation are needed before the next movement.
The Holtum location gives the hub access to European transport corridors. The site has motorway connectivity into the Benelux and Germany and proximity to a container and barge terminal on the Juliana Canal. That multimodal positioning supports cross-border movement in a European market where components, finished units, service parts, and returns may move through several national systems.
DHL’s wider Dutch footprint has already been expanding, including a 23,000 sq m lease at Oud Gastel. The Holtum battery hub adds a more specialised layer to that infrastructure, focused on regulated, high-value industrial flows rather than general logistics capacity.
The investment comes as the EV supply chain moves beyond early market expansion into lifecycle management. Initial logistics models were heavily focused on inbound manufacturing, vehicle distribution, and spare parts. As more batteries enter operation, networks must also handle returns, warranty flows, repair assessment, second-life preparation, and recycling.
That changes warehouse design and workforce requirements. Battery logistics sites need trained handling teams, safe storage zones, fire and incident controls, charging infrastructure, technical inspection capability, and systems that can track condition and compliance through the full chain of custody. The warehouse becomes part logistics node, part technical service centre.
The Holtum project shows how contract logistics is moving closer to industrial process support. For EV and energy-storage customers, combining storage, testing, refurbishment, and reverse logistics in one regional campus can reduce hand-offs, shorten turnaround times, and provide more consistent compliance control across Europe’s fast-growing battery economy.
