Powering the Last Mile: DHL Germany’s Fleet Electrification and the Drive Systems Making It Possible

DHL Group has established itself as a pioneer in sustainable logistics, building the world’s largest electric delivery fleet. In Germany alone, the company operates over 35,000 electric vehicles for mail and parcel delivery, with more than 50% of delivery routes in the Post & Parcel Germany division now electrified . The company’s ambitious sustainability program targets net-zero emissions by 2050, with fleet electrification central to that goal .

Recent milestones underscore the pace of this transition. By late 2025, DHL will have integrated 4,900 Ford Pro electric vans—E-Transit and E-Transit Custom models—into its German fleet . The company’s proprietary charging and load management system, developed with StreetScooter GmbH, now optimizes energy use across this growing fleet, reducing costs and enabling efficient integration of self-generated solar power . This infrastructure is critical as DHL works toward a 60% electric share in its delivery fleet .

The Critical Role of Advanced Drive Systems

While vehicle sourcing and charging infrastructure are widely discussed, the heart of any electric vehicle is its drive system. The performance, reliability, and efficiency of last-mile delivery vehicles depend on advanced electric motors and power electronics. This is where our company’s 96V and 144V drive systems become indispensable enablers of DHL’s electrification targets.

Our 96V Drive Systems: Versatility for Urban Delivery

Our 96V platform offers two configurations tailored to varying payload and range requirements. The 96V 15/30kW pMSM (permanent magnet synchronous motor) delivers 170 N.m of torque at 7,000 RPM, offering a continuous rating of 15kW and peak power of 30kW. This system is ideal for lightweight urban delivery vans where efficiency and compact packaging are paramount.

For heavier-duty applications requiring sustained performance, the 96V 20/40kW system is available in both air-cooled and water-cooled variants, producing 210 N.m of torque. The water-cooled version is particularly suited for DHL’s stop-and-go urban routes, where thermal management ensures consistent performance and extended motor life. These 96V systems provide the perfect balance of power and efficiency for last-mile operations, where average tour lengths in cities are typically 20-30 kilometers .

Our 144V Drive Systems: Power for Demanding Applications

For larger vans and light trucks handling heavier payloads—such as DHL’s 2-Mann-Handling subsidiary, which delivers bulky goods like furniture and appliances—our 144V systems offer superior performance . The 144V 25/45kW system delivers 210 N.m of torque, providing the muscle needed for urban freight with frequent stops and acceleration.

At the top of our range, the 144V 40/65kW water-cooled system produces 252 N.m of torque, making it suitable for the most demanding delivery applications. The water-cooling architecture enables sustained high-power operation, critical for routes with steep gradients or intensive duty cycles. This system’s efficiency directly contributes to the 4 tons of CO2e savings per vehicle annually that DHL reports with its electric vans .

Driving DHL’s Sustainability Goals

As DHL scales its electric fleet, the choice of drive systems will determine operational success. Our 96V and 144V platforms offer the torque density, thermal management, and efficiency required to maintain DHL’s rigorous delivery schedules while reducing emissions. With the company’s goal of achieving 80-90% fleet electrification by 2030, reliable, high-performance drive systems are not just components—they are strategic assets in the logistics industry’s sustainable future