Hyster's Hydrogen-Powered ReachStacker Wins Sustainable Innovation Awards
Key Ideas
- Hyster's hydrogen fuel cell-powered ReachStacker is being tested at the MSC terminal in Valencia, Spain, showcasing zero tailpipe emissions and efficient performance.
- The ReachStacker utilizes Nuvera fuel cell engines to convert hydrogen into electricity, with quick refilling times and capabilities comparable to diesel-powered alternatives.
- The pilot program supported by the H2Ports project, funded by FCH-JU, demonstrates Hyster's commitment to clean energy solutions in line with emissions regulations and industry demands.
- The ReachStacker has won awards like the BIG Sustainability Awards and the Green Good Design Award, recognizing its eco-friendly design and sustainable transportation impact.
Hyster's hydrogen fuel cell-powered ReachStacker has garnered recognition from multiple award programs for its innovative and sustainable design. The ReachStacker, currently undergoing testing at the MSC terminal in Valencia, Spain, boasts zero tailpipe emissions and efficient performance rivaling diesel-powered alternatives. Powered by Nuvera fuel cell engines converting hydrogen into electricity, the machine stores hydrogen in high-pressure tanks for quick 10-15 minute refills. The onboard hydrogen fuel cell charges batteries, electric motors, and hydraulic systems, enabling the ReachStacker to lift laden containers effectively. Supported by the H2Ports project and funded by FCH-JU, the pilot program reflects Hyster's dedication to clean energy solutions in compliance with emissions regulations. The ReachStacker's accolades include being named one of the best sustainable products by the BIG Sustainability Awards and winning the Green Good Design Award for its eco-friendly transportation impact. Additionally, it is a finalist for the Global Good Awards, highlighting its game-changing innovation in the industry.