The Silent Giant: Electric Power Ignites a Green Revolution in Ports

WANSSUM, THE NETHERLANDS – August 12, 2026

A quiet revolution is underway at the Inland Terminals Group (ITG) facility in Venray-Wanssum. It arrives not with a roar, but with the low hum of electric motors. This month, a new Hyster® battery-electric ReachStacker began its work, lifting and stacking 46-tonne containers with an efficiency that belies its near-silent operation. This deployment, a collaboration between equipment giant Hyster, terminal operator ITG, and local dealer Heffiq, is far more than a simple hardware upgrade. It marks the start of a critical 24-month field trial, a real-world stress test for the technology poised to become the new digital backbone of sustainable port operations.

For decades, the diesel engine has been the unambiguous heart of global logistics, its power and noise synonymous with progress. But as ports and terminals face mounting pressure to decarbonize, that era is drawing to a close. This single machine in the Netherlands represents a tangible step into the future, a future built on high-voltage battery packs, intelligent software, and a radical rethinking of the energy that moves our world.

The Electric Heart of the Terminal

At the core of this transformation is the Hyster® RSJ46-33XDL, a machine engineered to prove that electric power can meet the brutal demands of a modern container terminal. It eschews a diesel engine for four formidable 130-kilowatt lithium-ion battery packs, two mounted on each side, which together provide enough energy for a full eight-hour shift. When it's time to recharge, the system can go from 20% to 80% capacity in about 4.5 hours, a timeframe designed to fit within operational downtime.

This isn't Hyster's first foray into electrification. The ReachStacker builds on learnings from previous projects, including a successful pilot of an electric empty container handler at Malta Freeport Terminals. This iterative development has led to a shared software architecture across Hyster's electric lift trucks, creating a common operator interface, diagnostic tools, and service protocols. This standardization is a crucial, often-overlooked element of the transition, simplifying training and maintenance for an industry shifting its technological foundation.

The operational advantages extend far beyond the power source. Compared to their diesel counterparts, electric ReachStackers offer a fundamentally different user experience and performance profile. The electric motors provide instantaneous torque, allowing for smoother, more precise container handling and faster acceleration. The radical reduction in noise and vibration not only improves operator comfort and reduces fatigue but also opens the door for extended operating hours in terminals located near urban centers.

Economically, the case is just as compelling. While the initial investment is higher, the total cost of ownership is projected to be significantly lower. Electricity is a cheaper fuel than diesel, and the simplified electric drivetrain—with no engine oil, filters, or complex exhaust after-treatment systems—slashes maintenance requirements, reduces downtime, and lowers service costs.

A Real-World Proving Ground

The 24-month field development period at the ITG terminal is a crucial phase in validating these benefits. This is not a demonstration in a controlled environment; it's a trial by fire in the daily grind of a busy inland port. The data collected will be invaluable for refining the technology, optimizing battery management, and proving its reliability in real-world duty cycles.

For Inland Terminals Group, this is a natural next step. The company was the first inland terminal operator in the Netherlands and Belgium to earn a third 'Lean & Green Star,' a European certification recognizing sustained results in reducing CO2 emissions and energy consumption. The electric ReachStacker is a direct investment in this strategy.

"The commissioning of our first fully electric Hyster ReachStacker is an important step in making our material handling equipment more sustainable,” says Jan-Jaap Kroft, Sustainability Manager for Inland Terminals Group. “This investment contributes directly to our ambition to achieve an emission-free transport chain. Together with Hyster and Heffiq, we are continuing to build future-proof and sustainable terminal operations."

This sentiment is echoed by the equipment manufacturer. “Ports around the world are laser-focused on reducing emissions while maintaining high levels of productivity, and ITG is helping lead that transition in inland container transport,” said Lucien Robroek, President of Global Big Trucks at Hyster. The partnership is designed to prove how the technology can support demanding applications while helping operators progress toward their sustainability goals.

Electrifying the Logistics Backbone

The shift seen at the Venray-Wanssum terminal is part of a much larger market transformation. Across the globe, major equipment manufacturers like Hyster, Kalmar, and Konecranes are racing to electrify their heavy-duty portfolios. This industry-wide pivot is driven by a convergence of powerful forces: stringent environmental regulations like the EU Green Deal, the falling cost and rising performance of battery technology, and a growing recognition of the long-term economic benefits of electrification.

However, the transition is not without its challenges. The primary hurdle for heavy-duty applications like ReachStackers has been energy storage—packing enough power for a full shift without making the battery system prohibitively large or heavy. Furthermore, the charging infrastructure required for a fleet of such machines is substantial, with the power demand potentially rivaling that of a small town. This requires careful planning and often significant grid upgrades, highlighting the deep integration between the vehicle and the underlying energy network.

To address these challenges, the industry is also exploring parallel technologies, such as hydrogen fuel cells (HFCs), which offer rapid refueling times and can act as range extenders for battery-electric systems. The current deployment focuses on pure battery-electric power, but the learnings will inform the broader development of zero-emission solutions for the entire logistics sector.

A Blueprint for Europe's Green Future

This project’s significance extends far beyond the terminal gates. Situated in the Netherlands, a global leader in sustainable logistics, this deployment serves as a powerful blueprint for Europe's broader ambitions. The EU's Green Deal and its 'Fit for 55' package have set aggressive targets for decarbonizing transport, putting pressure on every link in the supply chain. Initiatives like this demonstrate a viable pathway to achieving those goals.

Success hinges not only on advanced technology but also on a robust support ecosystem. Local Hyster dealer Heffiq plays a pivotal role, handling all conventional maintenance and serving as the first line of service response, with factory support from Hyster for the high-voltage systems. This collaborative service model is essential for ensuring uptime and giving operators the confidence to adopt new technologies.

“Sustainability is a key priority for both ITG and Heffiq. It is therefore fantastic to mark our strategic partnership with the delivery of their first battery electric Hyster ReachStacker,” said Martijn Veerkamp, Commercial Director at Heffiq. “This is a major milestone and something we are extremely proud of.”

This single electric ReachStacker, humming quietly as it moves containers, is a node in an emerging network—a network connecting advanced manufacturing, forward-thinking policy, corporate sustainability goals, and local service expertise. It is a physical manifestation of the invisible infrastructure that is quietly, but powerfully, reshaping global trade. Deploying this Hyster battery-electric ReachStacker with them is an important step in proving how this technology can support demanding real-world duty cycles in terminal operations while further refining the operator experience and supporting terminal operators’ progress toward lower-emission, more sustainable operations.