In 2025, the ReachStacker powered by hydrogen fuel cells receives recognition in the BIG Innovation Awards, as announced by AJOT.
Hyster's Hydrogen Fuel Cell-Powered ReachStacker Wins 2025 BIG Innovation Award
The Hyster hydrogen fuel cell-powered ReachStacker has been recognised as a trailblazing innovation in the field of sustainable heavy equipment, winning the 2025 BIG Innovation Award. This zero-emission solution, currently part of a pilot program at the Port of Valencia, Spain, offers a significant step forward in enabling the decarbonization of ports [1][2].
The HFC-powered ReachStacker boasts a number of key benefits and innovations. It operates with zero emissions, thanks to hydrogen fuel cell technology, which reduces the carbon footprint and local air pollution compared to diesel-powered equipment [1][2]. The performance and reliability of the HFC-powered ReachStacker are on par with traditional internal combustion engine-powered ReachStackers, making it an effective tool for handling laden and empty containers in demanding port and intermodal terminal applications [2].
The operator cabin has been redesigned to enhance comfort and productivity, improving work efficiency on heavy container handling tasks and increasing operator satisfaction [2]. Energy efficiency and sustainability are further emphasized through the application of advanced electric powertrains, whether hydrogen fuel cells or lithium-ion batteries [2]. These innovations make the HFC-powered ReachStacker a strong fit for operations seeking to balance high-capacity material handling needs with climate-conscious technology.
The HFC-powered ReachStacker is designed to handle intense duty cycles with long run times, and it can lift laden containers with similar performance to a diesel counterpart [2]. This makes it an attractive option for ports, which play a crucial role in meeting emissions reduction targets due to supply chains accounting for more than 90% of most organizations' greenhouse gas emissions [3].
The BIG Innovation Award, judged by a panel of experienced business leaders and executives, honours organizations dedicated to paving the way for innovative solutions [4]. It recognizes those with creativity, measurable results, and overall impact [4]. The HFC-powered ReachStacker offers reduced greenhouse gas emissions, noise pollution, and operating costs compared to conventional internal combustion engine-powered container handlers [1][2].
This marks the first ReachStacker application in Europe using hydrogen fuel cell technologies for container handling equipment in real operating conditions [1]. The HFC-powered ReachStacker is gaining traction for container handling applications, and its recognition in the 2025 BIG Innovation Awards underscores its advancement in sustainable heavy equipment [1][2].
Lucien Robroek, President of Technology Solutions at Hyster, expressed his pride in the achievement, stating, "We are thrilled to receive this recognition from the Business Intelligence Group. It validates our commitment to creating innovative, sustainable solutions for our customers and the industry as a whole." [1]
[1] https://www.hyster.com/news/hyster-reaches-new-heights-with-hydrogen-fuel-cell-powered-reachstacker [2] https://www.hyster.com/en-EU/products/lift-trucks/reach-stackers/hyster-reachstackers/hyster-reachstackers-with-hydrogen-fuel-cell-technology [3] https://www.portofvalencia.com/en/port-valencia/sustainability/ [4] https://www.bizintgroup.com/big-innovation-awards/
- The recognition of the Hyster ReachStacker with hydrogen fuel cell technology as a winner of the 2025 BIG Innovation Award signifies a significant advancement in environmental-science, as this zero-emission solution is paving the way for the decarbonization of the industry.
- The Hyster ReachStacker, a product of innovation in science and technology, is not only environmentally friendly but also performs with the reliability of traditional equipment, making it a viable option for finance-sensitive industries aiming for energy-efficient and sustainable operations in the industry.
- The application of hydrogen fuel cell technology in heavy container handling, as demonstrated by the Hyster ReachStacker, holds great potential in contributing to the reduction of greenhouse gas emissions in the industry, aligning with scientific research and technological advancements in the field of environmental-science.
