Solutions

Port Vehicles & Equipment

Making Ports Greener

Port and maritime applications are in the vanguard as drivers for accelerating hydrogen adoption. Container handling and other diesel equipment used around the clock at shipping ports are a source of significant local air pollution and greenhouse gases, compounded by emissions from heavy-duty trucks that travel within and beyond port boundaries and from vessels approaching from the sea or used in the harbor.

Diesel-powered vehicles and equipment that can be replaced with fuel cell electric powertrains include the following:

ReachStackers
Cranes and gantries
Empty and laden container handlers
Terminal tractors
Drayage trucks and other commercial vehicles
Buses

Equipped with green hydrogen infrastructure, ports are at the epicenter of global clean energy transformation. Hydrogen-powered vehicles meet the intensive duty cycles, unpredictable and long-distance routes, charging infrastructure uncertainty, and high auxiliary power requirements of many heavy-duty work cycles associated with port operations.

Zero-emission Nuvera® E-Series Fuel Cell Engines can meet both motive and stationary power needs within port ecosystems.

Nuvera and Hyster-Yale Materials Handling, Inc. deliver high-performance hydrogen alternatives to diesel vehicles and equipment. Nuvera fuel cell solutions can enable shipping ports to reduce their carbon footprint, eliminate diesel emissions, and lower noise pollution for workers and nearby communities.

Fuel Cell Hyster^® Top-Pick

Nuvera has powered a Hyster® top-pick container handler with two Nuvera E-45 Fuel Cell Engines at the Port of Los Angeles in Long Beach, California. The zero-emissions container handler is in operation at Fenix Marine Services, a terminal operator owned by the CMA CGM Group. The project is funded by the California Air Resources Board and an initiative of California Climate Investments.

Fuel Cell Hyster^® ReachStacker (Port of Valencia)

Nuvera is powering a hydrogen fuel cell reach stacker that Hyster has developed and shipped to the Port of Valencia in Spain. The container handler is currently in operation at MSC, one of the largest container terminals in Europe. It is part of the H2Ports project, which aims to introduce hydrogen-powered vehicles and equipment in port operations.

Fuel Cell Hyster^® ReachStacker (Port of Tilbury)

Nuvera is powering the United Kingdom’s first fully operational hydrogen fuel cell-powered container handler at the Port of Tilbury in Essex. The Hyster® ReachStacker combines a Nuvera® 60 kW fuel cell engine with a 130 kWh lithium-ion battery and is designed to operate for a full 12-hour shift using green hydrogen. The deployment supports the port’s transition toward lower-emission, high-intensity container handling.

Fuel Cell Hyster^® ReachStacker (Rotterdam Shortsea Terminals)

Nuvera is powering a hydrogen fuel cell Hyster® ReachStacker delivered to Rotterdam Shortsea Terminals in the Netherlands. The container handler combines a Nuvera® 60 kW fuel cell engine with a 130 kWh lithium-ion battery and will handle 45-foot containers in demanding port operations. The deployment is part of a five-year innovation project exploring hydrogen-powered port logistics, supported by the Province of South Holland and the Just Transition Fund.

Yard truck brand Capacity and Hyster-Yale Group are developing a hydrogen fuel cell electric terminal tractor that will arrive at the HHLA Container Terminal Tollerort in Hamburg, Germany later this year.

The zero-emission terminal tractor integrated with a Nuvera hydrogen fuel cell will run on hydrogen fuel produced locally at the HHLA Hamburg Green Hydrogen Hub.