Plug Power Inc. to Demonstrate Next-Generation Hydrogen Refueling Infrastructure with $10M DOE Award
Key Ideas
  • Plug Power Inc. receives $10 million from the U.S. Department of Energy to showcase advanced hydrogen refueling infrastructure for medium and heavy-duty vehicles.
  • The project, HYPER-Fuel, aims to address the growing hydrogen infrastructure needs for heavy-duty vehicles and accelerate the deployment of clean hydrogen technologies.
  • Partnership with Washington State University, University of Maryland, and NREL to develop a high-flow, direct-fill hydrogen fueling station based on Plug's GenFuel technology with fueling rates exceeding 8 kg/min.
  • The project focuses on demonstrating commercially viable solutions with an operational station expected in Pullman, Washington by 2026, which could serve as a model for national replication to support hydrogen fuel cell technology adoption.
Plug Power Inc., a leading provider of hydrogen solutions, has been granted $10 million by the U.S. Department of Energy to implement next-generation hydrogen refueling infrastructure for medium and heavy-duty vehicles. The project, known as HYPER-Fuel, will introduce a liquid-to-gaseous dispensing and cryogenic dispensing hydrogen refueling station architecture to address the increasing hydrogen infrastructure requirements for heavy-duty vehicles. This initiative is part of a larger $62 million investment by the DOE in 20 projects across 15 states, aiming to propel the deployment of next-generation clean hydrogen technologies. In collaboration with Washington State University, University of Maryland, and NREL, Plug will develop a high-flow, direct-fill hydrogen fueling station leveraging Plug's GenFuel technology. This station will offer fueling rates exceeding 8 kg/min, a daily capacity of over 2 tonnes, and options for both 350 and 700 bar pressurized hydrogen. The project primarily focuses on showcasing these advanced technologies as commercially viable solutions, with an operational fueling station expected in Pullman, Washington by 2026. The key partners in this project will contribute their expertise to different aspects of the initiative. Washington State University will develop and optimize thermofluid models for the station and act as the end-use operator, while NREL will focus on leakage and sensor technologies, and the University of Maryland will evaluate safety risks and reliability. This collaborative effort aims to expand the deployment of hydrogen fuel cell technology by showcasing successful models that can be replicated nationwide. The sentiment surrounding this article is positive, highlighting the significance of this federal investment in advancing clean hydrogen technologies. The quotes from various stakeholders, including Plug's CEO Andy Marsh and government officials, express appreciation for the support received and emphasize the importance of such projects in driving the green energy economy forward. Through partnerships and innovation, Plug Power Inc. is taking a leading role in promoting the adoption of hydrogen fuel for heavy-duty applications, contributing to a cleaner and more sustainable energy future.
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